JP2018102474A - Slaver wiping and dirt preventing protector - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a slaver wiping and dirt preventing protector in which infants are interested and the intrusion of dirt such as sweat from a parent side and a child side can be inhibited, even if being attached to infant equipment such as a baby carrier.SOLUTION: A slaver wiping and dirt preventing protector 10 comprises: design surface fabric 1, 11 arranged on both sides and inhibiting ultraviolet penetration; a synthetic resin thin material 2 arranged in the inside and generating a clang sound; a soft vibration tolerance material 3 not inhibiting the generation of the vibration frequency of the clang sound; and piping 4 obtained by arranging the above materials and formed by sewing the circumference in a laminate state. The protector is constituted by a joining tool laminating the design surface fabric 1, 11 formed on both sides, the synthetic resin thin material 2 and the vibration tolerance material 3, arranged at 4-corners and freely joined or separated. The clang sound is generated by touching, gripping and drawing the design surface fabric 1. The clang sound of this time or the generation of the sound may not be inhibited because the synthetic resin thin material 2 is held by the vibration tolerance material 3 being finished with soft raised fabric.SELECTED DRAWING: Figure 1

Description

  The present invention is attached to an infant tool or device such as a baby carrier, a baby cart, or a child seat, and the infant tool or device is contaminated by saliva, wrinkles, sweat, fat, etc. of an infant or the like and used by the user who uses the infant tool or device. The present invention relates to a wiping and anti-smudge protector that can prevent clothes from getting dirty.

  A baby carrier is used as an auxiliary tool for holding an infant when holding an infant, and a mode of holding an infant using this baby carrier, that is, as a holding method, is a forward piggyback or a rearward piggyback There are face-to-face hugging that faces the infant, forward-facing hugging that reverses the direction of the infant, and horizontal hugging that causes the infant to lie down, which are selected according to the growth and usage situation of the infant. Therefore, conventionally, a baby carrier has been proposed in which a baby carrier user can change the manner of attachment by using a single baby carrier to support a plurality of holding methods.

  Here, using such a baby carrier, for example, when holding the infant facing the infant or holding the infant with a forward-facing piggyback, the infant's lip hits a part of the shoulder belt of the baby carrier, and the infant Your lips may be stimulated and you may begin to lick the shoulder belt. Some infants lick so that once they start licking, they become trapped and have to lick their shoulder belts. In addition, when a parent who is a baby carrier user finds a wrinkle that licks an infant's shoulder belt, he or she tries to fix the wrinkle, but usually it does not heal. For this reason, the vicinity of the shoulder belt contact touched by the infant's mouth is in a state that is easily soiled by the attachment of infant saliva or milk that has been eaten or eaten, and it may be discolored by the dirt or give off a foul odor. Also, it is not preferable. Therefore, the parents feel unclean and unsanitary and sometimes pick and wash the entire baby carrier each time they use the baby carrier. However, if the shoulder belt of the baby carrier is partially pickled, it takes time for the picked parts to dry and the bacteria may propagate on the contrary. In addition, the dough where the pinch is washed may be damaged, thereby increasing the irritation of the infant's skin, and the color may fade due to discoloration caused by washing. On the other hand, when the whole is dry-cleaned, it takes time and the shape may be lost. In particular, when an external request is made, the cost becomes high and the use efficiency is inevitably reduced.

In addition, when holding an infant with a face-to-face holding facing the infant or an infant's forward piggyback, the infant's mouth is easy to touch the user's chest or back, and vomiting of the infant's saliva or eaten milk, etc. In some cases, the clothes of the user may become dirty due to the bag of an infant.
In addition, the portion of the baby carrier body cloth that supports the torso of the infant that is applied from the infant's head to the back side may become dirty with the infant's sweat or oil.

On the other hand, when holding an infant with the infant's forward facing or holding the infant's forward piggyback, the baby carrier's body cloth that supports the infant's torso has an upper edge (upper end) that The lips may hit and the infant's lips may be stimulated, starting to lick the upper edge (upper end) of the baby carrier body. For this reason, the upper edge part (upper end part) of the main body of the baby carrier may become dirty due to the attachment of the infant's saliva, the milk that is eaten or eaten, or even the hail that the infant has hung.
In addition, the clothes of the user who touches the back side from the back of the infant's back may be soiled by the infant's sweat or oil.

  Also, not only for baby carriers, but also for baby equipment or devices such as strollers and in-car baby seats (child seats), the shoulder belts may become dirty due to the attachment of saliva or milk that is eaten or licked by infants, etc. The body part (backrest) applied to the infant's back side may become dirty due to sweat or oil on the back side. In addition, baby equipment or devices such as strollers and in-car baby seats (child seats) are generally more difficult to clean than baby carriers.

  Therefore, in Patent Document 1, it is formed so as to cover the belt root part and the upper edge part in a shape extending from at least the belt root part of the shoulder belt extending from the carrier body to the upper edge part of the carrier body, An antifouling cover is disclosed that is attached to a baby carrier having a configuration in which a shoulder belt is extended from the carrier body. According to the description of Patent Document 1, a cover is provided so as to cover the belt base portion of the shoulder belt and the upper edge of the carrier body that are easily touched by the infant's mouth held in a state of holding the child face-to-face or holding the child forward. By attaching the main body, the infant's mouth can be prevented from directly touching the shoulder belt or carrier body.

Further, in Patent Document 2, the vertical holding sheet is placed so as to cover the hook body for receiving the infant's heel and the head protecting portion (42) of the vertical holding sheet (3) of the baby litter (1). A pocket (92) provided with an opening (92a) through which the head support (46) of the vertical holding sheet can be passed on both sides, and an upper end of the hook body at both ends of the litter band body And a lower fastener (94) for selectively attaching a lower portion of the hook body to the baby-litter body or the vertical holding sheet. A hook is disclosed. According to the description of Patent Document 2, when an infant is held forward, the pocket body (91) is hung on the inner surface side of the head protection section 42 while the pocket (92) is placed on the head protection section (42). ). Further, the clasp (94) is wound around the sheet body (41) of the vertical holding sheet (3) and connected to each other by hooks (95a) and (95b). When the head protecting part (42) is folded downward from this state, the folded part is covered with the hook body (91). Thus, the folded-back portion of the head protecting portion (42) that is easily soiled when held with a forward-looking hug can be protected by hooking. On the other hand, when holding an infant face-to-face, the shoulder band (4) is likely to get dirty near the chest, so the hook body (91) is placed near the chest on the front side (4a) of the shoulder band (4). The hook (4d) provided in (4) and the hook (93) on the top of the hook (90) are fastened. Further, the hooks (95a) and (95b) are fastened to each other by turning the fastening string (94) to the inner surface side of the shoulder bands (4).
Note that the numbers in parentheses () are the codes used in the description of the embodiment of Patent Document 2.

Registered Utility Model No. 3172867 JP 2005-31823 A Japanese Patent Laying-Open No. 2015-205098

However, the dirt prevention cover described in Patent Document 1 is attached so as to cover at least the part of the left and right shoulder belts extending from the belt root part to the upper edge of the carrier body. When the infant is held in a face-to-face hug or an infant's forward piggyback, the user's mouth touches the user's chest or back and the user's It cannot cope with dirt on clothes.
In addition, the carrier cover part wound around at least the belt root part of the shoulder belt and the belt cover part attached to the upper edge of the carrier body so as to be along the inner and outer surfaces of the carrier are continuously connected to each other, thereby having a specific dimensional shape. If it is not a carrier, it cannot be attached and the object to be attached is limited. In addition, there is no concept of attaching to baby equipment or devices such as baby strollers other than baby carriers, vehicle-mounted baby seats (child seats), etc., and it cannot be used, and therefore lacks versatility.

  On the other hand, in the hooking of Patent Document 2, when the infant is held forward, as described above, the pocket is formed in the head protecting part while hanging the hooking body on the inner surface side of the head protecting part. Cover the head support through the openings on both sides of the pocket and wrap the clasp around the seat body of the vertical holding seat and connect it with hooks to protect the head from getting dirty when it is held forward. While the folded part of the part can be protected with a hook, when holding it with a face-to-face hug facing the infant, the hook on the upper part of the hook is fastened to the hook provided on each shoulder belt and the user uses the hook body It is said that it can cope with the dirt near the chest of the shoulder band by the infant's heel.

  However, in the case where the hook of Patent Document 2 is arranged on the carrier head protection part side as described above, the head protection part is covered with the carrier head protection part from the opening of the hook body in a bag shape. Because it is designed to be worn directly on the user's chest and when it is placed near the chest of the user, the hook on the top of the hook is fastened to the hook provided on the shoulder band so that the hook body is directly attached to the shoulder band. The design corresponding to the dimensional shape of the carrier is required, and the object to be attached is limited. In particular, it cannot be attached near the chest of the user unless it is a specific carrier provided with a hook on the shoulder strap, and cannot be attached to a hand held baby carrier. In addition, there is no concept of attaching to baby equipment or devices such as baby strollers other than baby carriers, vehicle-mounted baby seats (child seats), etc., and it cannot be used, and therefore lacks versatility.

  Furthermore, when attaching to the user's chest, the hook hook is fastened to the hook provided on the shoulder band, and the hook body is directly attached to the shoulder band. Although the relative position of the hanger can be changed, the position where the infant can be easily held depends on the body shape and sense of the user, and the size of the infant varies depending on the age, so the appropriate shoulder belt length for the user When the adjustment is made, the hook attached to the shoulder belt does not always come to an appropriate position in relation to the infant. On the other hand, even if the shoulder belt is adjusted so that the hook attached to the shoulder belt is in an appropriate position relative to the infant, the length of the appropriate shoulder belt can be easily held by the user. It is not always the case. That is, it is difficult to arrange and adjust the hook to an appropriate position corresponding to the optimum holding position of the infant.

It is highly versatile and can be attached to an infant tool or device such as a baby carrier at an appropriate position corresponding to the placement of the infant. The baby tool or device or user with saliva, sputum, sweat, fat, etc. An anti-stain protector disclosed in Patent Document 3 has been invented as an anti-stain protector capable of preventing the clothes of the clothes from becoming dirty.
According to the anti-stain protector according to Patent Document 3, a pair of shoulder belt covers are mounted around a shoulder belt of a user by a joint composed of a male member and a female member that can be joined and separated. It is attached to an arbitrary position of the belt so as to cover the entire periphery of the arbitrary position, and an engagement portion provided on an exposed surface which becomes an outer surface when the shoulder belt cover is attached to the shoulder belt. On the other hand, the attachment part provided in a pair of connection part of a bridge | crosslinking pad is attached so that attachment is possible, A bridge | crosslinking pad is spanned between a pair of shoulder belt covers, and it continues in a row.

  Thus, for example, in a baby carrier as an infant tool or device, when the infant is facing the user's face, or when facing the front of the infant, the user's chest or back and the mouth of the infant B A pair of shoulder belt covers are attached by joining a male member and a female member to a place where the mouth of the infant is easily touched so that the bridging pad is disposed between the shoulder belt cover and the pair of shoulder belt covers. By attaching the bridging pad attachment part to the engaging part and attaching the bridging pad between the pair of shoulder belt covers, the infant does not lick the shoulder belt directly by the shoulder belt cover, and the infant should lick the shoulder belt cover Therefore, the shoulder belt is prevented from getting dirty, and the infant's heel is protected by the bridging pad that is stretched between the pair of shoulder belt covers. Kicking it can, it is prevented from soiling the clothing of the user in the drool of infants.

And when the shoulder belt cover and the bridging pad are soiled, they can be removed and washed to maintain cleanliness, eliminating the labor associated with washing the baby carrier, losing shape, damaging the fabric, Color loss can be prevented. In addition, by keeping the shoulder belt cover and the bridging pad clean by washing, it is possible to eliminate unclean feelings and unsanitary feelings caused by attachment or licking of infants' wrinkles, sweat, and the like.
However, the anti-stain protector according to Patent Document 3 prevents the flow of wrinkles from the infant side, and when the shoulder belt cover or the bridging pad becomes dirty, remove them and wash them to clean. Although it can be secured, it was not something that infants were interested in. In addition, when the parent's sweat penetrated the anti-stain protector from the shoulder belt cover or the like, the cleanliness could not be maintained.

  Therefore, the present invention is an antibacterial wipe and anti-smudge that can prevent the entry of dirt such as sweat from the parent side and the child side even if attached to infant tools such as baby carriers, strollers, child seats, etc. The challenge is to provide a protector.

The wiping and anti-smudge protector of the invention of claim 1 includes a design surface fabric that prevents ultraviolet light from entering on the front and back sides, and a synthetic resin thin material that generates a rustling sound when touched on the inside. A vibration-allowable material such as a gauze cloth made of cotton that does not inhibit the generation of the vibration frequency of the crumbling sound, and a piping formed by sewing the periphery in a laminated state, formed on the front and back sides The design surface fabric and the synthetic resin thin material and the vibration-allowable material are overlapped, and the whole is constituted by a joint composed of a male member and a female member that are separable and separable at the four corners, and surrounded by piping. When the synthetic resin thin material touches, grips, or pulls the design surface fabric that prevents ultraviolet light from entering the surface, it generates a crumbling sound. The crushing sound at this time does not hinder the generation of sound because the synthetic resin thin material is held by the design surface fabric and the vibration-acceptable material.
Here, the design surface fabric disposed opposite to the front and back surfaces is a rectangular fabric expressing the design properties of the front and back surfaces, and a design-treated fabric or a gauze fabric is used. In addition, since the prevention of ultraviolet intrusion prevents deterioration of the synthetic resin thin material, it is sufficient that the ultraviolet ray passing dose is reduced by applying a pigment or paint, and even plant fibers are chemical fibers. However, plant fiber is desirable for practical use.
The synthetic resin thin material is a resin that generates a rustling sound by moving the front or back surface. Usually, the thickness of vinyl chloride (PVC), polyethylene terephthalate (PET), etc. is 20 μm or less, and the thickness is 5 μm or more. Sheet is used, but the material is not specified. A single crumbling sound is a bending sound of a single material and means that two or more objects do not collide to generate a sound.

Furthermore, the vibration-acceptable material usually uses a gauze dough with two layers on each side, but may be three or more layers. Alternatively, a fiber material having a soft brushed finish made of polyethylene terephthalate may be used as a fabric called fleece (registered trademark).
Furthermore, the piping is made by laminating a design surface fabric formed of the design surface fabric formed in the table, a synthetic resin thin material disposed under the design surface fabric, and a vibration-allowable material disposed under the synthetic resin thin material. , And the surrounding area is sewn to prevent fraying of the fabric.
In addition, the joining tool comprises a male member and a female member that are separable and separable disposed at the four corners of the design surface fabric, the synthetic resin thin material, the vibration-acceptable material, and the uneven fabric. The tool is a hook. Specifically, a spring hook, an American hook, a jumper hook, a key hook, a spring hook, or the like can be used.

The wiping and dirt preventing protector of the invention of claim 2 comprises a design surface fabric that prevents the penetration of ultraviolet rays, a synthetic resin thin material that is disposed inside thereof and that generates a single crushing sound, and a vibration frequency of the crushing sound. The design is provided with a soft vibration-allowable material that lowers relative to the surface, and an uneven fabric formed with peaks and valleys perpendicular to the surface direction, and piping that is sewn around in a laminated state. It is composed of a surface fabric, a synthetic resin thin material, and a concave and convex fabric, and a joint composed of a male member and a female member that are separable and separable arranged at the four corners, and the synthetic resin thin material touches, grips, When it is pulled, it generates a single sound. The crumbling sound at this time is held by a soft vibration-acceptable material and does not hinder the generation of sound.
Here, although the said design surface cloth is a rectangular-shaped cloth expressing the design of the front surface, it can also be a gauze cloth made of cotton. In addition, since the prevention of ultraviolet intrusion prevents deterioration of the synthetic resin thin material, it is only necessary to reduce the amount of ultraviolet irradiation by applying a pigment or paint, and even plant fibers are chemical fibers. However, vegetable fiber is desirable for health.

The synthetic resin thin material is a resin that generates a rustling sound by moving the front or back surface. Usually, the thickness of vinyl chloride (PVC), polyethylene terephthalate (PET), etc. is 20 μm or less, and the thickness is 5 μm or more. Sheets are used. In addition, here, a single crumbling sound means that two or more objects do not collide to generate a sound.
Further, the above-described vibration-acceptable material is a gauze fabric made of cotton, and is usually a fiber material finished with a gauze fabric layered in two or more layers.
Furthermore, the uneven fabric is called, for example, a waffle fabric (a fabric resembling a waffle of food), and is formed by forming pyramidal peaks and valleys perpendicular to the surface direction of the front or back surface. .
Further, the piping is disposed under the design surface fabric, the synthetic resin thin material disposed under the fabric, the vibration-allowable material disposed under the synthetic resin thin material, and the vibration-allowable material. The uneven fabric is laminated and the periphery is sewn.
In addition, the joining tool comprises a male member and a female member that are separable and separable disposed at the four corners of the design surface fabric, the synthetic resin thin material, the vibration-acceptable material, and the uneven fabric. The tool is a hook. Specifically, a spring hook, an American hook, a jumper hook, a key hook, a spring hook, or the like can be used.

The thin synthetic resin material that generates the crushing sound alone of the wiping and antifouling protector according to claim 3 is composed of a plurality of thin plates having a thickness of 5 to 30 μm. When the thickness of the synthetic resin thin material is 5 μm or less, the mechanical strength is weak, and when the thickness is 30 μm or more, sound is hardly generated.
The thickness of the synthetic resin thin material that generates a crisp sound is preferably in the range of 5 to 30 μm. If it is too thick, it will be difficult to generate sound. For example, one sheet is vinyl chloride (PVC) and the other sheet is polyethylene (PE), or one sheet is vinyl chloride (PVC) and the other sheet. Is made of polypropylene (PP), and on the other hand, it is possible to make it difficult to generate a crumbling sound or to adjust to a sound preferred by an infant. The 5-30 μm thin plates having a plurality of thicknesses can have the same thickness or different thicknesses.

The rectangular shape of the wiping and antifouling protector of claim 4 is such that the other piece is 1 to 4 times as large as one side, and is normally used within that range. The rectangular joint of the wiping and anti-smudge protector is composed of a male member and a female member that are separable and separable at the four corners. Arrangement of individual connectors is desirable.
In particular, the wiping and anti-smudge protector is often placed on the shoulder belt. It can be attached to only one of the shoulder belts or to the other component by means of a joint on one side. Further, even when the shoulder belt is attached as a sheath cover, a stable attachment state is maintained. For infants, it is easy to touch, so you can play with your hands while you are interested.

The design surface fabric expressing the design of the wiping and anti-smudge protector of claim 5 is a double gauze fabric or knit made of cotton.
Since the design surface fabric only needs to ensure the safety of infants, it is preferable to use a double or more gauze fabric made of cotton or a knit. This is selected from features such as the amount of the baby's habit and the degree of interest.

The cloth for antibacterial material is disposed on one side or both sides of the synthetic resin thin material of the wipe and dirt prevention protector according to claim 6.
The arrangement of the antibacterial material is not exposed on the front and back surfaces, and it is unclean if wrinkles remain on one side or both sides of the synthetic resin thin material, or the dirt is not noticed. Alternatively, antibacterial materials are bonded to a cloth on both sides or bonded to a synthetic resin to suppress the growth of bacteria.

The antibacterial material is included in the synthetic resin thin material of the wiping and antifouling protector according to claim 7.
The arrangement of the antibacterial material does not use a dedicated material, but may have the property on one side or both sides of the synthetic resin thin material. It is unclean if wrinkles remain or does not notice dirt. Good.

  The wiping and anti-smudge protector according to the invention of claim 1 is a design surface fabric arranged on the front and back to prevent the invasion of ultraviolet rays, a thin synthetic resin material for generating a crushing sound arranged on the inside, and the crushing sound A soft permissible material that does not hinder the generation of the vibration frequency of the material, and a piping formed by sewing the surroundings in a laminated state, and the design surface fabric formed on the front and back and the synthetic resin thin material Further, the vibration-allowable material is overlapped, and the joint is composed of a male member and a female member that are separable and separable at the four corners. Further, a crumbling sound is generated by touching, gripping, or pulling the design surface fabric. The crumbling sound at this time does not hinder the generation of sound because the synthetic resin thin material is held by a suitably soft vibration-acceptable material. In addition, the said design surface cloth can also be comprised with the gauze cloth which consists of cotton.

According to the experiments by the inventors, five infants were brought into contact with each other and experienced to generate a rustling sound. All five people were interested in the sound of crushing noise, and were interested in the response of the sound to stimuli that were touched, gripped or pulled. At this time, strict frequency analysis of the crushing sound, the high frequency component decreased and the low frequency component decreased due to the contact pressure between the synthetic resin thin material and the vibration-allowable material finished with soft raising, but the frequency spectrum As a whole, there was a tendency to shift to the low frequency component side, but there was also a tendency to reverse depending on the contact pressure, thickness, and structure. Therefore, it cannot be determined that there is a tendency to shift to the low frequency component side when the structure is solid.
In addition, the synthetic resin thin material that generates a crisp sound alone blocks the flow of liquid such as sweat spots and wrinkles from the infant and / or parent side. In addition, when the liquid flow such as sweat spots and wrinkles increases, the crushing sound is changed by the liquid, and the intrusion of the liquid can be determined by the change of the sound. Synthetic resin thin material that generates crispy sound by itself changes the generated sound by changing its thickness or by overlapping multiple thin synthetic resin materials that generate crushing sound. be able to.
The synthetic resin thin material deteriorates when it receives natural ultraviolet rays, but the design surface fabric arranged on the front and back surfaces prevents the invasion of ultraviolet rays by the design surface fabric, thereby making the synthetic resin thin material Long life can be achieved. Moreover, even if the synthetic resin thin material breaks, it does not come out.
Furthermore, the parent carrying the infant can estimate the mood of the infant such as whether he / she is playing or sleeping based on the change timing of the crushing sound.

  According to the wiping and anti-smudge protector of the invention of claim 2, the design surface fabric that prevents the invasion of ultraviolet rays, the synthetic resin thin material that generates the crushing sound disposed inside thereof, and the vibration frequency of the crushing sound A soft vibration-acceptable material that lowers relative to the surface direction, and an uneven fabric formed with ridges and valleys perpendicular to the surface direction, and a piping in which the surroundings are sewn in a laminated state, and the gauze The design surface fabric including the fabric, the synthetic resin thin material, and the concave and convex fabric are overlapped, and the joint composed of a male member and a female member that are separable and separable disposed at the four corners, and the synthetic resin thin material is By touching, grasping, or pulling, a single sound is generated. The crushing sound at this time is held by the vibration-acceptable material finished with soft raising, and there is nothing that disturbs the generation of sound. However, the frequency shifts due to the contact pressure between the synthetic resin thin material and the soft vibration-allowable material.

According to the experiments by the inventors, all five infants are interested in generating a squeaking noise when touched, and are interested in the response of the squeaking sound to stimuli that are touched, gripped or pulled. ing. In particular, infants were sensitive to high-frequency sound, and the sound of the synthetic resin seemed to be particularly responsive.
In addition, the synthetic resin thin material that generates a crisp sound alone blocks the flow of liquid such as sweat spots and wrinkles from the infant side and / or the parent side. Further, when the liquid flow such as sweat spots or wrinkles increases, it becomes difficult for the liquid to generate a crumbling sound, so that the intrusion of the liquid can be determined. A synthetic resin thin material that generates a crisp sound alone can also change the generated sound by changing its thickness. Furthermore, the parent carrying the infant can estimate the mood of the infant such as whether he / she is playing or sleeping based on the change timing of the crushing sound.

The uneven fabric is formed with pyramidal peaks and valleys perpendicular to the surface direction of the front surface or the back surface, can contain a lot of moisture absorption, and is finished with soft raising. Since no large external force is transmitted to the vibration-acceptable material, it does not hinder the generation of noise. The uneven fabric is formed with pyramidal peaks and valleys perpendicular to the surface direction of the front or back surface, and can contain a lot of air, and the liquid component is finished with soft brushed vibration. It becomes difficult to convey to acceptable materials. The uneven fabric is formed with pyramidal peaks and valleys perpendicular to the surface direction of the front surface or the back surface, and can retain the baby's folds in the gaps. Will increase.
Furthermore, the synthetic resin thin material deteriorates when it receives ultraviolet rays in the natural world, but the design surface fabric arranged on the front and back surfaces prevents the invasion of ultraviolet rays by the design surface fabric, thereby making the synthetic resin thin material Can extend the service life. Moreover, even if the synthetic resin thin material breaks, it does not come out.

  According to the wiping and anti-smudge protector of the invention of claim 3, the synthetic resin thin material that generates the crushing sound by itself is a thin plate having a plurality of thicknesses. In addition to the effects described above, it is desirable that the thin synthetic resin material that generates a crisp sound has a thickness of 5 to 30 μm. However, if the thickness is increased, it is difficult to generate sound. ) And the other sheet are made of polyethylene (PE), or one sheet is made of vinyl chloride (PVC) and the other sheet is made of polypropylene (PP). Can be adjusted. Infants are interested in touching, grasping, and pulling, and are concerned about the sound that responds to their own stimuli. In addition, although infants were worried about the sound that responded to their own stimuli such as touching, grasping, and pulling, they did not find any remarkable preference for those who were interested.

The rectangular shape of the wiping and antifouling protector of the invention of claim 4 is such that the other piece is 1 to 4 times the one side, and can be used within that range. In addition to the effect described in any one of claims 1 to 3, for example, since it can be disposed along the shoulder belt or the like at a length of 1 to 4 times the width of the shoulder belt, In addition, it can be used as a wiping protector for the shoulder belt and as an anti-stain protector.
In particular, the wiping and anti-smudge protector is often installed on the shoulder belt, but it can be fixed as a sheath of the shoulder belt with a joint on both sides by making it more than 4 times the width of the shoulder belt, or on one side It can be attached to only one of the shoulder belts or to the other component by using the joint.
In particular, the wiping and anti-smudge protector is often placed on the shoulder belt, so it can be used as a sheath cover for the shoulder belt with the joints on both sides by setting it to a width four times that of the shoulder belt, or It can be attached to only one of the shoulder belts or to the other component by means of a joint on one side. Further, even when the shoulder belt is attached as a sheath cover, a stable attachment state is maintained. For infants, it is easy to touch, so you can play with your hands while you are interested.

Since the design surface fabric expressing the design of the wiping and anti-smudge protector according to claim 5 is a double gauze fabric or knit made of cotton, the fabric according to any one of claims 1 to 4 In addition to the effects described above, the design surface fabric only needs to ensure the safety of infants. Therefore, the use of double or more gauze fabric made of cotton or the use of knit is suitable. This is selected from features such as the weight of the infant.
Therefore, any of them may be used immediately after washing.

  The cloth for antibacterial material is disposed on one side or both sides of the synthetic resin thin material of the wiping and antifouling protector according to claim 6, and therefore, according to any one of claims 1 to 5. In addition to the effect, the disposition of the antibacterial material is not exposed on the front and back surfaces, and it is unclean if wrinkles remain on one side or both sides of the synthetic resin thin material or the dirt is not noticed. An antibacterial material can be disposed on one or both sides of the thin resin material to suppress the growth of bacteria, and since the infant is not directly licked, there is no possibility of allergic symptoms.

  Since the antibacterial material is contained in the synthetic resin thin material of the wiping and antifouling protector according to claim 7, in addition to the effect according to any one of claims 1 to 6, the synthetic You may give the property to the single side | surface or both surfaces of a resin thin material. Since it is unclean if wrinkles remain or does not notice dirt, it is possible to impart antibacterial performance to one side or both sides of the synthetic resin thin material and suppress the growth of bacteria.

FIG. 1 is a cross-sectional view of a main part of an example showing a laminated state of the wipe and dirt protector according to the first embodiment of the present invention, a cross-sectional view of a main part of an example showing another laminated state (b), and others. It is principal part sectional drawing (c) of other examples, and principal part sectional drawing (d) of another example. FIG. 2 is an overall front explanatory view (a) and an explanatory view of a joined state (b) showing the development of the wiping and antifouling protector according to the first embodiment of the present invention. FIG. 3 is an overall front explanatory view (a) and an explanatory view of the joined state (b) showing the development of the wiping and antifouling protector according to the second embodiment of the present invention. FIG. 4 is a process explanatory view showing a joint operation for closing the shoulder belt cover constituting the wiping and anti-smudge protector according to Embodiment 3 of the present invention in the long lateral direction, in the first stage (a) and the second stage ( It is explanatory drawing of b) and a joining state (c). FIG. 5: is process explanatory drawing which shows joining operation which closes the short vertical direction of the shoulder belt cover which comprises the wiping and dirt prevention protector concerning Embodiment 3 of this invention, before joining (a) and joining state (b) It is explanatory drawing of. FIG. 6 is an overall view for explaining the attachment of the wiping and antifouling protector according to the embodiment of the present invention. FIG. 7 is a perspective view for explaining an attachment state of the wiping and anti-stain protector according to the embodiment of the present invention to the baby carrier in a state where the baby carrier is used to hold the infant in a face-to-face relationship. FIG. FIG. 8 is a side view showing an example of a state in which the wiping and antifouling protector according to the embodiment of the present invention is attached to the baby carrier in the state where the baby carrier is used to hold the baby so as to face each other. It is. FIG. 9 illustrates a state where the baby carrier is attached to the baby carrier according to the embodiment of the present invention when the baby carrier is used to hold the infant forward facing the user. It is a side view. FIG. 10 is a side view for explaining a state in which the wiping and anti-smudge protector according to the embodiment of the present invention is attached to the baby carrier in a state where the baby carrier is turned forward using the baby carrier. FIG. 11 is a side view for explaining an attachment state of the wiping and anti-smudge protector according to the embodiment of the present invention to the baby carrier when the baby carrier is piggybacked using the baby carrier. FIG. 12 is a perspective view for explaining an example of a state in which the wiping and anti-smudge protector according to the embodiment of the present invention is attached to the shoulder belt in an infant placed on a baby cart. FIG. 13 is an explanatory view illustrating an example of a conventional baby carrier, and is a perspective view seen from the user side of the baby carrier.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
In each embodiment and example, the same symbol and the same reference sign mean the same or corresponding functional part, and the same symbol and the same reference sign between each embodiment and the example are those of the embodiment and Since this is a functional part common to the examples, redundant description is omitted here.

[Example 1]
Briefly described, as shown in FIG. 13, the baby carrier is attached to a pair of shoulder belts 150 to be worn around the shoulder of the user M (see FIG. 7) so as to cover the circumference of the arbitrary infant. It is done. In the figure, the adjustment belt 160 disposed on the shoulder belt 150 is moved and fixed to a specific position of the slide belt 163 disposed along the surface of the shoulder belt 150.
The connection plug 161 and the connection receiver 162 at the end of the adjustment belt 164 are joined behind the user M.
First, the wiping / dirt prevention protector 10 of the first embodiment attached to the shoulder belt 150 will be described.

Synthetic resin thin material 2 that generates a squeaky sound is a resin that generates a squeaky sound by touching, grasping, or pulling by touching or moving the front or back surface, usually vinyl chloride. (PVC), polyethylene terephthalate (PET) or the like, a sheet having a thickness of 20 μm or less and 5 μm or more is used. Here, the crumbling sound means that two or more objects having a large mass collide to generate sound, or sound that produces sound alone.
Therefore, even if the thickness of vinyl chloride (PVC) or polyethylene terephthalate (PET) is changed, the generation of sound such as hardness and the generation of its frequency change. Further, two or more sheets having different thicknesses may be stacked, or a plurality of sheets of the synthetic resin thin material 2 with different resin material names may be stacked. Further, the synthetic resin thin material 2 does not need to be in a state in which water does not leak without making a hole. Both surfaces of the synthetic resin thin material 2 are cleaned by washing.

Further, the vibration-allowable material 3 such as the double gauze fabrics 3a and 3b finished with soft brushing that allows generation of sound by the synthetic resin thin material 2 is a fabric that forms a space as needed, such as polyethylene terephthalate. A soft brushed fiber material is used. For example, a fabric material called fleece (registered trademark) may be used and a soft brushed fiber material such as polyethylene terephthalate may be used. Therefore, since the fiber material fluffed from the base material of the vibration-allowable material 3 such as the gauze fabric 3a, 3b is held by the hair at the fluffy tip, the synthetic resin thin material 2 inhibits the generation of sound. It will never be done.
In the present embodiment, the gauze fabric made of cotton is disposed on both sides of the synthetic resin thin material 2 as shown in FIG. 1 (a). The material 2 may be disposed on one surface.

[Example 2]
As shown in Embodiment 2 of FIG. 1 (b), the wiping and anti-stain protector 10 of Embodiment 2 has a substantially rectangular design surface fabric 1 as shown in FIG. 1 (b). Is composed of a fabric expressing a specific design property, that is, a substantially rectangular design surface fabric 1 and a design surface fabric 11, which are composed of double gauze and are formed on the front and back surfaces.
Here, when distinguishing front and back, the design surface fabric 1 formed on the front and the design surface fabric 11 formed on the back are described, but the design surface fabric 1 and the design surface fabric 11 basically have the same properties. Can do. Basically, the design surface fabric 1 and the design surface fabric 11 have the same properties. Specifically, the double gauze fabric, the triple gauze fabric, etc. are vibration-acceptable materials sandwiching the synthetic resin thin material 2. 3 functions are also provided.
The design properties of the design surface fabric 1 and the design surface fabric 11 may be dyed with a pattern according to preference, but the function of blocking the entry of ultraviolet rays has a blocking function if it is a material such as plant fiber. If possible, it is desirable to enhance the UV blocking function with pigments, paints, etc. However, it is first necessary to consider the selection of sanitary and safe materials that will not melt even when the infant is in the mouth.

[Example 3]
In the embodiment shown in FIG. 1B, a double gauze fabric is used for the design surface fabric 1 and the design surface fabric 11 with respect to the synthetic resin thin material 2.
In the embodiment shown in FIG. 1C, a double gauze fabric is used for the design surface fabric 1 and the design surface fabric 11 with the synthetic resin thin material 2 and the fleece (registered trademark) sandwiched therebetween.

The piping 4 includes a design surface fabric 1 formed on the front surface, a synthetic resin thin material 2 disposed under the design surface fabric 1, a gauze fabric composed of cotton disposed under the synthetic resin thin material 2, and a gauze fabric composed of cotton. The design surface fabric 11 formed on the back disposed below is laminated and the periphery thereof is sewn with a tape-shaped fabric having a predetermined width.
Alternatively, the design surface fabric 1 formed on the front surface, the synthetic resin thin material 2 disposed under the design fabric, and the vibration-allowable material 3 disposed under the synthetic resin thin material 2 are laminated, and the periphery thereof has a predetermined width. It is sewn with tape-like fabric.
Therefore, the design surface fabric 1 formed in the table, the synthetic resin thin material 2 disposed under the design surface fabric 1, and the vibration-allowable material 3 disposed under the synthetic resin thin material 2 were laminated. Alternatively, the piping 4 includes a design face fabric 1 formed on the front surface, a synthetic resin thin material 2 disposed under the design surface fabric 1, a vibration permissible material 3 disposed under the synthetic resin thin material 2, and a vibration permissible material 3. The design surface fabric 11 formed on the back disposed below was laminated.
Specifically, a tape having a width of 10 to 20 mm is sewn with a sewing thread or the like at a position 5 to 10 mm away from the periphery thereof, whereby the design surface fabric 1, the design surface fabric 11 and other synthetic resin thin films are sewn. Fraying of the material 2 and the vibration-allowable material 3 can be prevented.

  The design surface fabric 1 formed on the front surface and the design surface fabric 11 formed on the back surface may be composed of a gauze fabric or the like expressing a single design property, or may present design properties different from the front and back surfaces. Moreover, although the design property currently formed in the surface of the front and back of the substantially rectangular design surface fabric 1 may be dyed with a pattern according to preference, it requires a function of preventing the penetration of ultraviolet rays. The prevention of ultraviolet intrusion has at least a blocking function if it is a material such as plant fiber, and therefore it is desirable to enhance the blocking function of ultraviolet rays by using pigments, paints, etc. if possible. However, it is desirable to select materials that are hygienic and safe even for infants.

The connector 7 includes the design surface fabric 1 and the synthetic resin thin material 2 and the vibration-allowable material 3 formed on the front surface, or the design surface fabric 1 and the synthetic resin thin material 2 and the vibration-allowable material 3 formed on the front surface. It consists of a male member and a female member that are separable and separable, arranged at the four corners of the formed design face fabric 11 that are sequentially stacked.
The connector 7 is arranged at the four corners where the design surface fabric 1 formed on the front surface, the synthetic resin thin material 2 and the vibration-allowable material 3 such as gauze fabric, and the design surface fabric 11 formed on the back are stacked. It consists of a separable male member and a female member, and is shown as hooks 7a, 7b, 7c, 7d in the embodiment. Specifically, a spring hook, an American hook, a jumper hook, a hook hook, a spring hook, etc. can be used. .

In the wiping and dirt prevention protector 10 of the present embodiment shown in FIGS. 1A to 1C, the design surface fabric 1 and the design surface fabric 11 having a substantially rectangular shape are pile fabric such as towel fabric, It is made of a fabric woven with fuzz or wanna on one or both sides of the fabric, or a gauze fabric, and is washable. Fabrics made of pile fabric such as towel fabric or gauze fabric are easy to wash and are durable and difficult to lose shape even after repeated washing. Furthermore, the touch is good, there is little irritation to the infant, and when the infant touches, there is no sense of incongruity and there is no unnaturalness. In the case of carrying out the present invention, it is possible to use not only a pile fabric and a gauze fabric but also a plurality of cottons, leathers, etc., and not only a single material but also a composite material. Moreover, the number of sheets can be made into a plurality of layers by sewing and folding, and further, reversible use is possible.
And in this Embodiment, in order to prevent fraying of the design surface cloth 1, the design surface cloth 11, or the vibration-allowable material 3, a piping process is performed with a piping cloth sewn around it. In this piping process, the edge of the cloth is wrapped with bias tape or another cloth to prevent fraying and to perform a decorative process. The end portion may be processed by bag stitching, folding stitching, split stitching, reverse stitching, or the like.

[Example 4]
The example of FIG. 1 (a) is mainly the design surface fabric 1, the synthetic resin thin material 2 and the vibration-allowable material 3, and the example of FIG. 1 (b) is mainly the design surface fabric 1 and the synthetic resin. The both sides of the synthetic resin thin material 2 are sandwiched by the gauze fabric constituting the design surface fabric 1 or the vibration-allowable material 3 by the thin material 2 and the design surface fabric 11. Only the design surface fabric 1 or the vibration-allowable material 3 can be sandwiched.
The example of FIG.1 (c) is the piping 4 which piled up the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11, and sewn the circumference | surroundings. It is a wiping and anti-smudge protector 10 composed of a connector 7 made of a member. In addition, the example of FIG. 1 (d) shows a pipe 4 in which the synthetic resin thin material 2, the vibration-allowable material 3, and the uneven fabric 6 are stacked and sewn around, and a male member that can be separated from the joint disposed at the four corners. A wiping and anti-smudge protector 10 composed of a connector 7 made of a female member.

As shown in the example of FIG. 1 (d), the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3 made of cotton, and the uneven fabric formed with peaks and valleys perpendicular to the surface direction of the front or back surface. 6. Piping 4, which is stacked and sewn around, and can be constituted by a joint 7 comprising a male member and a female member which are separable and separable at the four corners.
In particular, the uneven fabric 6 that forms peaks and valleys perpendicular to the surface direction of the front surface or the back surface used in the present embodiment is, for example, a waffle fabric (a fabric resembling a food waffle), Pyramidal peaks and valleys are continuously formed perpendicular to the surface direction of the front or back surface.
The other configurations are the piping 4 that is stacked with the design surface fabric 1 and the synthetic resin thin material 2 and the vibration-allowable material 3 and the uneven fabric 6 and is sewn around, and the design surface fabric 1 and the synthetic resin thin material 2 and cotton. Since the gauze fabric 3 and the concave and convex fabric 6 are overlapped and arranged at the four corners, and the joint 7 is composed of a separable male member and a female member, detailed description is omitted.

[Example 5]
Next, the wiping and dirt preventing protector 10 according to the first embodiment will be described with reference to FIG.
The wiping and anti-smudge protector 10 of the present embodiment includes a design surface fabric 1 having a substantially rectangular shape, a joining tool 7 including hooks 7a and 7b formed at four corners thereof, and a lateral width direction of the design surface fabric 11. It has a connector 7 comprising hooks 7c, 7d provided at one end.

  In Embodiment 1, the gauze fabric of the design surface fabric 1 and the gauze fabric and the vibration-allowable material 3 of the synthetic resin thin material 2, or the gauze fabric and the synthetic resin thin material 2 and the vibration-allowable material 3 of the design surface fabric 1 Gauze fabric, or gauze fabric of design surface fabric 1 and synthetic resin thin material 2 and vibration acceptable material 3 and uneven fabric 6, design surface fabric 1 and synthetic resin thin material 2, vibration acceptable material 3 and design surface fabric 11 The sides 1a and 1c facing each other, the sides 1b and 1d are linear, and the two sides 1a and 1c or the sides 1b and 1d having the same length are substantially rectangular. It has become.

Further, hooks 7a and 7b and hooks 7c and 7d are arranged at the four corners of the design surface fabric 1 and the design surface fabric 11, and the front side of the hooks 7a and 7b at one end in the width direction is a design part. 7af and 7bf, the back side is concave parts 7ah and 7bh (not shown), and the other one side end hooks 7c and 7d are the front side convex parts 7cg and 7dg, and the back side is the design parts 7cf and 7df. Yes.
The broken lines in FIG. 2 indicate the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11, or the design surface fabric 1, the synthetic resin thin material 2, and the vibration-allowable material 3 made of cotton. In addition, this is a sewing line when the concave and convex fabrics 6 having peaks and valleys formed perpendicular to the surface direction of the front surface or the back surface are stacked and the piping 4 is sewn.

With such a configuration, the design surface fabric 1 (or the design surface fabric 11) on the hooks 7a and 7b side of the wiping and antifouling protector 10 shown in FIG. 2 is bent to a substantially central portion in the lateral width direction (left and right direction) (arrows). R11), the recessed parts 7ah and 7bh (not shown) of the hooks 7a and 7b on the back surface side are exposed to the front surface side, and the hooks 7c and 7d are bent to a substantially central portion in the lateral width direction (arrow R12), front side The convex parts 7cg and 7dg of the hooks 7c and 7d are overlapped and engaged with the concave parts 7ah and 7bh of the hooks 7a and 7d, and the design parts 7cf and 7df of the hooks 7c and 7d are exposed to the surface side.
Thus, the wiping and dirt preventing protector 10 of the present embodiment has a hook 7a as a joint 7 composed of concave parts 7ah and 7bh as female members that can be joined and separated and convex parts 7cg and 7dg as male members. , 7b, 7c, 7d are attached to the pair of shoulder belts 150 to be worn around the shoulder of the user M so as to cover the periphery of the arbitrary position.

In particular, the wiping and anti-smudge protector 10 according to the first embodiment has four sides with all sides 1a, 1b, 1c, 1d having a straight line and two sides 1a, 1c, 1b, 1d facing each other having the same length. The concave parts 7ah and 7bh as female members of the connector are provided at the lateral ends of one of the front and back surfaces, and the convex parts 7cg and 7dg as the male members are the other surface. Is provided at the other end in the horizontal direction.
Thus, since the wiping and antifouling protector 10 has a simple configuration, it can be easily manufactured and the cost can be reduced. Further, two opposite sides 1b and 1d are brought close to each other, and the concave parts 7ah and 7bh as female members of the connector 7 and the convex parts 7cg and 7dg as male members are overlapped and engaged with each other so as to face each other. Can be attached to the shoulder belt 150 by a simple attachment operation, and the inner surface (inner surface) and the outer surface (outer surface) of the wiping and antifouling protector 10 that come into contact with the attached shoulder belt 150 are attached. Since the concave parts 7ah and 7bh as the female members of the connector 7 and the convex parts 7cg and 7dg as the male members are not located, the shoulder belt 150 side is not damaged, and the infant's lips and tongue are injured. I will not let you.
In the experiments of the inventors, all five infants were interested in generating a squeaky sound by touching the wiper / stain prevention protector 10, and gave a stimulus to touch, grasp and pull. . It seems that he was interested in the response of the sound.

The synthetic resin thin material 2 that generates a crisp sound alone blocks the flow of liquid such as sweat spots and wrinkles from the infant and / or parent side. Further, when the liquid flow such as sweat spots and wrinkles increases, it becomes difficult for the liquid to generate a crumbling sound, so that it is possible to determine whether the liquid has entered the wiping and antifouling protector 10. The synthetic resin thin material 2 that independently generates a crisp sound can also change the generated sound by changing its thickness. Furthermore, the parent carrying the infant can estimate the state of the infant, such as whether he / she is playing or sleeping, based on a change in the sound.
And if it is the uneven | corrugated fabric 6, it is what formed the pyramid-shaped peak and trough perpendicular | vertical with respect to the surface direction of the surface or the back surface, and can absorb a lot of moisture, and it is soft raising Since no large external force is transmitted to the vibration-acceptable material 3 finished in step 3, the generation of crushing noise is not hindered. Further, the uneven fabric 6 is formed with pyramidal peaks and valleys perpendicular to the surface direction of the front surface or back surface, can contain a lot of air, and the vibration component is finished with soft brushed liquid components. It becomes difficult to convey to the acceptable material 3. And the uneven | corrugated material | dough 6 forms the pyramid-shaped peak and trough perpendicular | vertical with respect to the surface direction of a surface or a back surface, and since the infant's eyelids can be infiltrated into the clearance gap, the moisture retention capability Will increase.
Furthermore, the synthetic resin thin material 2 and the vibration-acceptable material 3 are deteriorated when receiving ultraviolet rays in the natural world. Therefore, the life of the synthetic resin thin material 2 and the vibration-acceptable material 3 can be extended. Moreover, even if the synthetic resin thin material 2 is torn, it does not come out.

[Embodiment 1]
2 can also replace the hooks 7a, 7b, 7c, and 7d with adhesive cloths 8a, 8b, 8c, and 8d. FIG. 3 shows the embodiment.
The design surface fabric 1 is formed in an arc shape in which the central portions of the opposite sides 1a and 1c are convex outward, the sides 1b and 1d are linear, and the two opposite sides 1a and 1c or 1b It has a substantially rectangular shape having four sides with the side 1d having the same length.

In FIG. 3, magic tape (registered) is provided at two upper and lower corners on one end side (side 1 d side) in the lateral width direction on the front side of the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11. Trademark) hook-shaped rectangular adhesive cloth 8c, 8d is sewn, and two other corners on the other side (side 1b) in the lateral width direction on the back side are Velcro loop parts. Rectangular adhesive cloths 8a and 8b made of are sewn.
The adhesive cloths 8a, 8b, 8c, and 8d in FIG. 3 have substantially the same bonding area, and the adhesive cloths 8a and 8b are arranged so that the longitudinal direction (vertical direction) of the main body cloth 1 is the long side. The adhesive cloths 8c and 8d are arranged such that the width direction (left-right direction) of the main body cloth 1 is the long side, and form the bonding tool 8. The broken line in FIG. 3 is a sewing line when the adhesive cloth 8a, 8b, 8c, 8d is sewn to the main body cloth 1 from the sewing line where the piping 4 is sewn.

With such a configuration of FIG. 3, the right side end portion of the design surface fabric 1 on the front side is bent so that the adhesive cloths 8a and 8b of the wiping and antifouling protector 10 come to substantially the center in the width direction (left and right direction) ( Arrow R13), the adhesive cloths 8a and 8b on the back side are extended to the front surface side, and the left end of the design surface fabric 1 on the front side is bent so that the adhesive cloths 8c and 8d come to substantially the center in the width direction ( Arrow R14), the adhesive cloth 8d is put on the adhesive cloth 8a exposed to the surface side, and the adhesive cloth 8c is further overlapped on the adhesive cloth 8b to be joined.
The design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11 sandwiched by the piping 4 are recessed inward at the center portions of the sides 1 a and 1 c and the sides 1 b and 1 d facing each other. And has a substantially rectangular shape having four sides, the two sides 1a and 1c facing each other or the sides 1b and 1d having the same length.
Hooks 8a, 8b, 8c and 8d for winding around a shoulder belt 150 such as a baby carrier and the like are disposed at the four corners of the front-side design surface fabric 1 and the back-side design surface fabric 11.

[Embodiment 2]
4 and 5 show the wiping and dirt preventing protector 10 of the third embodiment.
On the diagonal hooks 7a and 7c, the front side of the hook 7a is a convex part 7ag, the back side is a design part 7af, the front side of the hook 7c is a convex part 7cg, and the back side is a design part 7cf. On the diagonal hooks 7b and 7d, the front side of the hook 7b is a design part 7bf, the back side is a concave part 7bh, the front side of the hook 7d is a design part 7df, and the back side is a concave part 7dh.

The centers of the hooks 7a, 7b, 7c, and 7d are the straight lines YY connecting the centers of the hooks 7a and 7b, and the straight lines YY connecting the centers of the hooks 7c and 7d are inside the sides 1b and 1d. It is set so as to substantially contact the concave arcuate bottom. Further, a straight line XX connecting the centers of the hooks 7a and 7d, and a straight line XX connecting the centers of the hooks 7b and 7c substantially contact the arcuate bottoms recessed inside the sides 1a and 1c. Is set to
Here, substantially contacting means that the sides 1a, 1b, 1c, and 1d of the wiping and anti-smudge protector 10 are bent straight toward the center when bent toward the center. When there is a recess, two opposing sides come into contact with each other, and when the recess is shallower than that, the two opposing sides come into bullet contact.
The four corners of the design surface fabric 1 on the front side of the wiping and anti-smudge protector 10 are provided with reinforcing portions 9a, 9b, 9c, 9d on which cores that can withstand use of the hooks 7a, 7b, 7c, 7d are formed. It has become.

With such a configuration, for example, as shown in FIG. 4 (a), the design surface fabric 1 on the hook 7d side is bent (arrow R1) to a substantially central portion in the width direction (left and right direction), and the hook 7d on the back surface side. The concave part 7dh is brought out to the surface side. Then, the design surface fabric 1 on the side of the hook 7a is folded to substantially the center (arrow R2), the convex part 7ag of the hook 7a on the front side is overlapped with the concave part 7dh of the hook 7d, and the design of the hook 7a is engaged. The part 7af is exposed to the surface side.
Moreover, as shown in FIG.4 (b), it folds to the approximate center part of the design surface fabric 1 by the side of the hook 7b (arrow R3), and the concave part 7bh of the hook 7b in a back surface side is taken out to the surface side. Then, the design surface fabric 1 on the side of the hook 7c is folded to substantially the center (arrow R4), the convex part 7cg of the hook 7c on the front side is overlapped with the concave part 7bh of the hook 7b, and the design of the hook 7c is engaged. The part 7cf is exposed on the surface as shown in FIG.

Thus, the shoulder belt cover 10 of the present embodiment is attached to the shoulder belt 150 such as a baby carrier and fixed by joining the hooks 7a and 7d and joining the hooks 7b and 7c. Is possible.
On the other hand, as shown in FIG. 5, the design surface fabric 1 on the hook 7d side is bent to the approximate center in the vertical width direction (vertical direction) (arrow R5), and the concave part 7dh of the hook 7d on the back side is turned to the front side. put out. Then, the design surface fabric 1 on the side of the hook 7c is bent to a substantially central portion in the longitudinal width direction (arrow R6), and the convex part 7cg of the hook 7c on the front side is overlapped with the concave part 7bh of the hook 7d. The design part 7cf of 7c is exposed on the surface.

Further, the design surface fabric 1 on the side of the hook 7b is bent to a substantially central portion in the longitudinal width direction (arrow R6), and the recessed part 7bh of the hook 7b on the back side is brought out to the front side. Then, the design surface fabric 1 on the side of the hook 7a is folded to substantially the center in the longitudinal direction (arrow R5), and the convex part 7ag of the hook 7a on the front side is overlapped with the concave part 7bh of the hook 7b, and is engaged. The design part 7af of the hook 7a is exposed on the surface.
Even in this case, the shoulder belt cover 10 of the present embodiment is attached to the shoulder belt 150 such as a baby carrier and fixed in its state by joining the hooks 7a and 7b and the hooks 7c and 7d. Make it possible.

Here, the baby carrier 100 will be described as an example of an infant tool and device to which the wiping and antifouling protector 10 of Examples 1 to 4 is attached.
First, a schematic configuration of the baby carrier 100 will be described with reference to FIGS.
When the infant B shown in FIG. 7 and FIG. 8 faces the user (carrying person) M face-to-face, or the face of the infant B faces the back of the user (carrying person) M In some cases (see FIG. 9), the inner cloth part 110 and the outer cloth part 120 are applied to the back side of the body of the infant B in a state where the inner cloth part 110 and the outer cloth part 120 are integrally laminated, and the belt 131 of the waist belt part 130 is used by the user (carrying person). It arrange | positions to the waist | hip | loat of M and the connection insertion tool 132 and the connection receptacle 133 are connected and engaged. In this state, either one of the left and right shoulder belts 150 is put on the shoulder, and the infant B is seated with the buttocks in the vicinity of the leg guide port 112 of the inner cloth portion 110 with the user (carrying person) M side as the front, When the other one of the left and right shoulder belts 150 is put on the shoulder at the position, the infant B is held in a mutually facing manner (see FIGS. 7 and 8) or the face of the infant B is placed on the back of the user (carrying person) M. You can ride (see FIG. 10).

  Also, when the infant B and the user (carrying person) M are holding in the forward direction facing the same direction (see FIG. 9), or when the infant B is facing back to the user (carrying person) M (see FIG. 9). 11), the outer cloth portion 120 is stored in the storage portion 140, and the belt 131 of the waist belt portion 130 is arranged on the waist of the user (carrying person) M to connect the connection plug 132 and the connection receiver 131. Are engaged with each other. Here, one of the left and right shoulder belts 150 is put on the shoulder, and in this state, the infant B is seated with the legs out of the leg guide port 112 of the inner cloth portion 110 with the user (holding person) M side as the back. Then, when the other one of the left and right shoulder belts 150 is put on the shoulder, the infant B is held in the same direction as the user (carrying person) M (see FIG. 9) or the infant B is held by the user (holding). The owner can ride in a direction opposite to M (see FIG. 11).

  Thus, in the wiping and anti-smudge protector 10 of the present embodiment, two sides in the left-right direction (side 1b and side 1d) as shown in FIGS. 2 and 3, or two sides in the up-down direction as shown in FIG. Hook 7a as a joint 7 by bending two sides (side 1a and side 1c or side 1b and side 1d) facing each other in two patterns (side 1a and side 1c) to a substantially central portion of the design surface fabric 1 , 7b, 7c, and 7d, the dimensions that can be attached to the shoulder belt 150 can be set to two types by joining the ends facing each other.

The wiping / dirt prevention protector 10 of the third embodiment includes a hook 7a as a joint 7 composed of concave parts 7bh and 7dh as female members that can be joined and separated and convex parts 7ag and 7cg as male members. 7b, 7c, and 7d are attached to the pair of shoulder belts 150 worn around the shoulder of the user M so as to cover the periphery of the arbitrary position.
In particular, the wiping and anti-smudge protector 10 of the third embodiment has a concave arc inward at the center of all sides 1a, 1b, 1c, 1d, and has two sides 1a, 1c, 1b, 1d facing each other. The hooks 7a, 7b, 7c, and 7d, which have a substantially rectangular shape with four sides having the same length, are adjacent to each other on both sides of the design surface fabric 1, and have two sides 1a and 1b, 1b and 1c and 1c. 1d, 1d and 1a formed by intersecting, the engaging side consisting of concave parts 7bh, 7dh as female members and convex parts 7ag, 7cg as male members provided at the opposing two corners, and other The design side which consists of the design parts 7af, 7bf, 7cf, 7df provided in the two corners which oppose is formed, respectively.

Therefore, the design part (any one of 7af, 7bf, 7cf) which is the design side of one joint 7 is put inside, and the engagement side (convex part 7ag, concave part) of the joint on the same side on the surface side. 7bh, convex part 7cg, or concave part 7dh) are overlapped and engaged, and the design part (7af, 7bf, 7cf, 7df) that is the design side of the joint on the opposite side is put inside By attaching the engagement side (any one of the convex part 7ag, the concave part 7bh, the convex part 7cg, and the concave part 7dh) on the same side to the surface side, it can be attached to the shoulder belt 150.
At this time, the design part (any one of 7af, 7bf, 7cf) which is the design side of the connector 7 is provided on the inner surface (inner surface) of the wiping and anti-smudge protector 10 that contacts the attached shoulder belt 150. Since it is located, the shoulder belt 150 side is not damaged. Furthermore, since the design part (any one of 7af, 7bf, 7cf) on the outer side (outer surface) of the shoulder belt 150 is also positioned, the infant's lips and tongue are not injured. .

  Furthermore, according to the wiping and antifouling protector 10 of the first and third embodiments, as described above, the two sides facing each other in the two patterns of the side 1a and side 1c side or the side 1b and side 1d side are arranged. By connecting the concave parts 7bh, the concave parts 7bh, the convex parts 7ag, and the convex parts 7cg as the joint 7 in an overlapping manner, the opposite ends can be joined and attached to the shoulder belt 150. The dimension that can be attached to the shoulder belt 150 can be set to two types. Since there are two types of attachment options corresponding to the circumference (belt width) dimension of the shoulder belt 150, it is possible to attach by selecting a length that approximates the circumference of the shoulder belt 150. It is possible to improve the fit and prevent the shift after the movement of the user or the like after the mounting, thereby stabilizing the mounting.

In addition, the front surface and the back surface of the design surface fabric 1 and the design surface fabric 11 used for the wiping and antifouling protector 10 of Example 1 are for simplifying the description, and the front side in the figure is the front surface and the back side is the back surface. It is not specified.
Further, in the above description, in FIGS. 4 and 5, the back side of the main body cloth 1 is exposed to the front side by bending in the directions of arrows R1 to R6, and the front side opposite to the back side is inside and becomes the inner side. However, the wiping and antifouling protector 10 is reversible, and the front side of the main body cloth 1 is exposed to the surface by bending in the direction opposite to the directions of the arrows R1 to R6, and is opposite to the front side. Reversible use can also be made such that the back side is the inside.

Moreover, when implementing this invention, it can also provide not only near the said hooks 7a and 7c but the center part of the design surface fabric 1 and the design surface fabric 11, for example. However, in terms of design, the user wears the shoulder belt 150 by providing it on the four corners 9a, 9b, 9c, 9d of the design surface fabric 1 and the design surface fabric 11 near the hooks 7a, 7b, 7c, 7d. In this state, the hooks 7a, 7b, 7c, and 7d side of the wiping and dirt prevention protector 10 attached to the shoulder belt 150 are arranged on the user side of the shoulder belt 150 (see FIG. 6). Because it can be hidden without the knowledge of a third party, it looks good.
It is preferable that the aspect ratio of the wiping and anti-smudge protector 10 of the first to third embodiments is 1: 1 to 3: 1, and the hooks 7a, 7b, 7c, and 7d as the joint 7 are provided at the four corners. Preferably, when the aspect ratio is 2: 1 to 3: 1, it is desirable to dispose one pair (two) of joints 7 such as hooks in the middle of a long distance.

In the first and third embodiments, hooks 7a, 7b, 7c, and 7d are used as the joints 7, so that the wiping and antifouling protector 10 can be attached to and removed from any position of the shoulder belt 150. Is also easy. In addition, lint etc. are not wound around the laundries during washing as in the case of adhesive cloth 8a, 8b, 8c, 8d such as hook-and-loop fasteners (magic tape (registered trademark)). Does not become easy to come off.
In the case of carrying out the present invention, the present invention is not limited to the hooks 7a, 7b, 7c, 7d. For example, adhesion of dot buttons, buttons and button holes, snap buttons, hook-and-loop fasteners (magic tape (registered trademark)), etc. It is also possible to use cloth, fasteners and the like.

[Matters common to Examples and Embodiments]
Here, the wiping and dirt preventing protector 10 according to the present embodiment will be described with reference to FIGS.
Here, an example to be described is one in which the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11 are overlapped and sewn by piping 4 in the stacked state. However, in the case of carrying out the present invention, the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the uneven fabric 6 are not basically different from the piping 4 in which the periphery is sewn. Therefore, in the individual case, only the former explanation.

  In the wiping and dirt prevention protector 10 according to the third embodiment, core materials that can withstand the use of the hooks 7a, 7b, 7c, and 7d are formed at the four corners of the design surface fabric 1 or the design surface fabric 11. The rectangular reinforcing portions 9a, 9b, 9c, 9d, which are separate cloths, are sewn. Here, it is formed with a material different from the design surface fabric 1 in favor of ease of use. However, when the present invention is carried out, the design surface fabric 1 and the design are prioritized in terms of ease of washing. It can be formed of the same material as the face fabric 11 or can be formed of a separate member.

  The centers of the hooks 7a, 7b, 7c, and 7d are such that a straight line connecting the centers of the hooks 7a and 7b and a straight line YY connecting the centers of the hooks 7c and 7d substantially contact the sides 1b and 1d. Is set. A straight line XX connecting the centers of the hooks 7a and 7d and a straight line XX connecting the centers of the hooks 7b and 7c are set so as to substantially contact the sides 1a and 1c. Here, when the side is outside the straight line position on the hook, the end portions of the design face cloth 1 are overlapped, and the side is inside the straight line position on the hook. Since a gap is formed between two opposing sides, it is desirable that the two opposing sides be in bullet contact.

  With such a configuration, for example, as shown in FIGS. 5A and 5B, the design surface fabric 1 on the hook 7 d side is bent to a substantially central portion in the width direction (left-right direction) of the design surface fabric 11, and the back surface The recessed part 7dh of the hook 7d on the side is brought out to the surface side. Then, the main body cloth 1 on the hook 7a side is folded to a substantially central portion in the width direction of the main body cloth 1, and the convex part 7ag of the hook 7a on the front side is overlapped with and engaged with the concave part 7dh of the hook 7d. The design part 7af of 7a is exposed to the surface side.

In this way, the wiping and antifouling protector 10 according to the first to third embodiments includes the hook 7a and the hook 7d as the bonding tool 7, the bonding of the adhesive cloth 8a and the bonding cloth 8d as the bonding tool 8, and the bonding tool. 7 is attached to a shoulder belt 150 such as a baby carrier shown in FIGS. 7 to 11 by fixing the hook 7b and the hook 7c as 7 and the adhesive cloth 8b and the adhesive cloth 8c as the connector 8 to fix the state. Make it possible.
Further, the shoulder belt 150 of the baby cart 200 shown in FIG. 12 and a child seat (not shown) can be attached in the same manner as the baby carrier 100.
As described above, the wiping and dirt preventing protector 10 of the present embodiment includes the hook 7a and the hook 7d as the joint 7, the joint between the adhesive cloth 8a and the adhesive cloth 8d as the joint 8, and the joint 7 By joining the hooks 7b and 7c as the joints and the adhesive cloth 8b and the adhesive cloth 8c as the jointing tool 8, it is possible to fix the state by attaching to the shoulder belt 150 such as a baby carrier.

At this time, in the wiping and antifouling protector 10 according to the first to third embodiments, as shown in FIGS. 4 to 5, two horizontal sides (side 1b and side 1d) or a vertical direction as shown in FIG. In two patterns of two sides (side 1a and side 1c), two opposite sides (side 1a and side 1c or side 1b and side 1d) are bent to a substantially central portion of the design face cloth 1 to obtain a joint 7 By joining the end portions facing each other by the hooks 7a, 7b, 7c, and 7d, two types of dimensions that can be attached to the shoulder belt 150 can be set. If necessary, the wiping and antifouling protector 10 can be attached along the length of the shoulder belt 150.
Therefore, for example, any of the design parts (7af, 7bf, 7cf, 7df) which are the design side of the connector 7 is formed on the inner surface (inner surface) of the wiping / stain prevention protector 10 that contacts the attached shoulder belt 150. ) Is located, the shoulder belt 150 side is not damaged. Furthermore, since the design part (any one of 7af, 7bf, 7cf, 7df) on the outer side (outer surface) of the wiping / dirt prevention protector 10 is also located, the lips and tongue of the infant Will not injure you. The same applies to the connector 8.
Further, in the wiping / stain prevention protector 10 wound around the shoulder belt 150, the design parts 7af, 7bf, 7cf, 7df which are the design side of the connector 7 may be on the exposed side or on the anti-exposed side.

  In particular, the wiping and antifouling protector 10 according to the third embodiment has an arc shape in which the central portions of the side 1a and the side 1c facing each other are convex outward, the side 1b and the side 1d are straight, and the two facing each other. Adhesive fabrics 8a and 8b, which have a substantially rectangular shape having four sides with sides 1a and 1c, 1b and 1d having the same length, and made of loop parts as female members of the connector 8, are on one side of the front and back surfaces. The adhesive cloths 8c and 8d made of hook parts as male members are provided at the other end in the horizontal direction on the other surface.

  As described above, the wiping and antifouling protector 10 according to the third embodiment has a simple configuration, and thus can be easily manufactured and reduced in cost. Further, the two opposite sides 1b and 1d are brought close to each other, and the adhesive cloths 8a and 8b made of loop parts as female members of the connector 8 and the adhesive cloths 8c and 8d made of hook parts as male members are overlapped and engaged. Then, it can be attached to the shoulder belt 150 by a simple attachment operation for joining the left and right ends, and the inner surface (inner surface) of the wiping and antifouling protector 10 that contacts the attached shoulder belt 150 and the wiping wipe On the outer surface (outer surface) of the anti-stain protector 10, there are no adhesive cloths 8 a and 8 b made of loop parts as female members of the connector 8 and adhesive cloths 8 c and 8 d made of hook parts as male members. Therefore, the shoulder belt 150 side is not damaged, and the lips and tongue of the infant are not injured.

Furthermore, in the wiping and dirt prevention protector 10 of the third embodiment, the adhesive cloths 8a and 8b made of loop parts are arranged so that the longitudinal width direction (vertical direction) of the design surface fabric 1 is the long side. The adhesive cloths 8c and 8d made of hook parts are disposed so that the horizontal direction (left and right direction) of the design surface fabric 1 is the long side, so that the adhesive cloth 8a and the adhesive cloth 8d are joined. Or the dimension which can be absorbed by joining with the adhesive cloth 8b and the adhesive cloth 8c is enlarged.
In addition, the design surface fabric 1 and the design surface fabric 11 have arcuate shapes in which the central portions of the sides 1a and 1c facing each other are convex outward, and the sides 1a and 1c facing each other are linear. In comparison, the dimension that can be absorbed by the bonding of the adhesive cloths 8a, 8b, 8c, and 8d increases.
Therefore, according to the wiping and anti-smudge protector 10, it is possible to wrap around the shoulder belt 150 by adjusting the engagement position between the adhesive cloths, and improve the fit to the shoulder belt 150. Thus, it is possible to prevent the shift from occurring following the movement of the user or the like after the mounting, and to stabilize the mounting.
Moreover, as the wiping and dirt preventing protector 10, it is preferable to use a material having antibacterial and deodorizing properties.

  Further, the wiping and dirt prevention protector 10 of the above embodiment has a ratio of the length of the design surface fabric 1 and the design surface fabric 11 because of ease of use when attached to the shoulder belt 150 or a variety of uses. The size ratio is preferably 1 to 4 times the length of the width of the front and back of the shoulder belt 150. If the ratio is within the range, there is a change in size in relation to the size of the components of the baby equipment and equipment in the living environment that the baby carrier, baby cart, child seat, etc. touch in normal use conditions. Also, it is possible to cope with two kinds of dimensions, and a stable attachment state to the shoulder belt 150 is possible.

[Summary of embodiment]
Next, how the wiping and antifouling protector 10 is attached to the baby carrier 100 will be described.
First, when attaching to the shoulder belt 150, the length (length width) approximate to the circumference of the shoulder belt 150 of the baby carrier 100 is set to the width or length of the design surface fabric 1 and the design surface fabric 11 of the shoulder belt 150. And place it wherever you want the left and right shoulder belts 150 of the baby carrier 100 to be attached. Since the self-weight of the wiping and anti-smudge protector 10 of the present embodiment is light, the pair of hooks 7a and the hooks 7d as the connector 7 and the adhesive cloth 8a and the adhesive cloth 8d side, for example, are not dropped naturally. But it stops at the position where it was installed.
Here, for example, if the lengths of the side 1a and the side 1c are longer than the circumferential length of the shoulder belt 150 and approximate, the side 1a and the side 1c intersect the shoulder belt 150 at a right angle, 2 (b), 3 (b), and 5 (b), the design face fabric 1 side of the hook 7d or the adhesive cloth 8d is bent to the approximate center of the shoulder belt 150, and is on the back side. The hook 7d or the adhesive cloth 8d is put out on the surface side, and the hook 7a or the adhesive cloth 8a is bent to the substantially center portion of the shoulder belt 150, and the hook 7a or the adhesive cloth 8a on the surface side is overlapped with the hook 7d and engaged. Then, the design part 7af of the hook 7a is exposed on the surface. Next, the design surface fabric 1 on the side of the hook 7b or the adhesive cloth 8b is bent to a substantially central portion of the shoulder belt 150, and the hook 7b or the adhesive cloth 8b on the back side is taken out to the front side, and the hook 7c or the adhesive cloth is provided there. The design surface fabric 1 on the 8c side is folded to substantially the center of the shoulder belt 150, and the hook 7c or the adhesive cloth 8c on the surface side is overlapped with the hook 7b or the adhesive cloth 8b to expose the hook 7c on the surface.

Thus, as shown in FIGS. 2 to 5, the wiping / stain prevention protector 10 is attached to the shoulder belt 150, the hook 7a and the hook 7d, the bonding cloth 8a and the bonding cloth 8d are joined, and the hook 7b and the hook 7c. By bonding the adhesive cloth 8b and the adhesive cloth 8c, the wiping and anti-smudge protector 10 can be attached to the shoulder belt 150 and the state can be fixed.
In particular, in the wiping and dirt prevention protector 10 of the present embodiment, two patterns of two sides in the left and right direction (side 1b and side 1d) or two sides in the up and down direction (side 1a and side 1c) face each other. Two sides (side 1a and side 1c or side 1b and side 1d) are brought close to each other at a substantially central portion of the shoulder belt 150, and the hooks 7a, 7b, 7c, 7d as the joint 7 or the adhesive cloth 8a as the joint 8 are provided. 8b, 8c, and 8d can be connected to the shoulder belt 150 by joining ends facing each other, so that two types of dimensions can be set. And side 1c side or side 1b and side 1d side. Since there are two types of attachment options corresponding to the circumference (belt width) dimension of the shoulder belt 150, it is possible to attach the shoulder belt 150 by selecting a length that approximates the circumference of the shoulder belt 150. It is possible to improve the fit to the body and to prevent the occurrence of displacement following the movement of the user or the like after installation, and to stabilize the installation.

Further, in the wiping and anti-smudge protector 10 according to the above embodiment, the thin synthetic resin material 2 that independently generates a crushing sound is provided on the shoulder belt 150 as shown in FIGS. 2 to 5. Can be composed of different thin plates.
That is, the synthetic resin thin material 2 that generates a squeaky sound by itself by directly, indirectly touching, grasping, or pulling without using the collision of two objects having a large mass. The sound can be combined according to the thickness of the resin. Although both cannot generate sound at the same time, they can understand the difference in stimulus that is touched, gripped, or pulled by changing the frequency of the generated sound.

The substantially rectangular shapes of the design surface fabric 1, the design surface fabric 11, and the like are one or more times the width of the shoulder belt 150. One side of the wiping and anti-smudge protector 10 is one to four times the other side, and can usually be used within that range. For example, a shoulder belt along the shoulder belt 150 or the like Since it can be arranged in a length four times the width of 150, it can be used as a wiping protector for shoulder belts as well as an anti-stain protector in addition to toys for infants.
In particular, the wiping and anti-smudge protector is often disposed on the shoulder belt 150. However, the width of the shoulder belt is at least four times that of the shoulder belt. It can be fastened, or it can be attached to only one of the shoulder belts with a joint 7 or 8 on one side, or it can be attached to another component.

Although the wiping and dirt prevention protector 10 of the above embodiment has been described on the assumption that it is attached to infant tools or equipment such as baby carriers, baby carts, child seats, etc., it can also be attached to an infant's arm.
Moreover, the wiping / stain prevention protector 10 of the above embodiment includes the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11, as shown in the example of FIG. Piping 4, which is sewn around, and composed of a joint member 7 or joint member 8 comprising a male member and a female member separable from the joints disposed at the corners, or a design as in the case of FIG. Surface fabric 1, synthetic resin thin material 2, vibration-acceptable material 3, and uneven fabric 6 in which peaks and valleys are formed perpendicular to the surface direction of the front or back surface, piping 4 stacked and sewn around, and arranged at the four corners Although it is comprised from the joining tool 7 which consists of the provided male member and female member which can be separated, the synthetic resin thin material 2 or the vibration permissible material 3 can be made into multiple pieces.

In the wiping and antifouling protector 10 of the above-described embodiment, the substantially rectangular shape has a width of the shoulder belt as one width and a length perpendicular to the width of the shoulder belt as 1 to 4 times. The shoulder belt 150 may be wound with a long width or a short width.
And since the synthetic resin thin material 2 which generates a rustling sound by moving the front surface or the back surface is intended to make a sound, it can be configured such that a whistle is attached to a self-recovering pump.

In particular, the wiping and dirt preventing protector of the present embodiment includes a design surface fabric 1 including a gauze fabric made of cotton arranged to face the front and back of a rectangular shape that prevents ultraviolet light from entering and expresses design properties; The synthetic resin thin material 2 that generates the crushing sound by moving the front or back surface, and the vibration including the gauze fabric that allows the generation of the sound by the synthetic resin thin material 2 and does not reduce the vibration of the crushing sound. Arranged under the permissible material 3, the design surface fabric 1 formed in the table, the synthetic resin thin material 2 disposed under the permissible material 3, the permissible vibration material 3 disposed under the permissible material 3, and the permissible vibration material 3 The piping 4 which laminated | stacked the design surface cloth 11 containing the gauze cloth which consists of cotton formed in the back, and sewn the circumference | surroundings, the design surface cloth 1 formed in the table | surface, the synthetic resin thin material 2, and the vibration permissible material 3 Formed on the back of it Repeated design fabric 11, and and a joining member 7 consisting of four corners universal joint and separation disposed on male and female members.
Here, the vibration-allowable material 3 including the gauze fabric and the design surface fabric 11 including the gauze fabric can be a single or double or triple gauze fabric.

  In addition, the wiping and anti-smudge protector of the present embodiment prevents the invasion of ultraviolet rays and moves the design surface fabric 1 such as a rectangular gauze fabric that expresses design properties, and the front or back surface alone. Synthetic resin thin material 2 that generates crushing sound, vibration-allowable material 3 that includes gauze fabric that allows generation of sound by synthetic resin thin material 2 and does not reduce vibration of crushing sound, and in the surface direction of the front or back surface Convex and concave fabric 6 in which peaks and valleys are vertically formed, stacking of design surface fabric 1, synthetic resin thin material 2, vibration-allowable material 3, and concave and convex fabric 6, and piping 4 sewn around them The joint surface 7 having a separable male member and a female member disposed at the four corners where the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the uneven fabric 6 are stacked. It has That.

And the synthetic resin thin material 2 that generates the crushing sound of the wiping and anti-smudge protector of the present embodiment can be composed of a plurality of thin plates having different thicknesses. The sound may be emitted by contact with a soft member.
Furthermore, the design surface fabrics 1 and 11 expressing design properties may be double gauze fabrics or knit made of cotton.

And the cloth | flour which arrange | positioned the antibacterial material is arrange | positioned on the single side | surface or both surfaces of the synthetic resin thin material 2 of the wiping and dirt prevention protector of this Embodiment. Other antibacterial materials include silver, copper, zinc salts or oxides such as silver-based inorganic antibacterial agents supported on various carriers, zeolites, silica gels, glasses, calcium phosphates, etc. It is preferable to use a powder impregnated with the powder.
In addition, the synthetic resin thin material 2 of the wiping and anti-stain protector of the present embodiment may include a synthetic resin thin material 2 made of resin as an antibacterial material.

DESCRIPTION OF SYMBOLS 1 Front-side design surface cloth 2 Synthetic resin thin material 3 Vibration-allowable material 4 Piping 5 Sewing thread 6 Uneven structure cloth 7a, 7b, 7c, 7d Hook (joint 7)
7af, 7bf, 7cf, 7df Design parts 7ag, 7cg Convex parts (male member)
7bh, 7dh concave parts (female member)
8a, 8b, 8c, 8d Adhesive cloth (joint 8)
10 Wipe and anti-stain protector 11 Design fabric on the back side M User B Infant 100 Baby carrier 150 Shoulder belt

  The present invention is attached to an infant tool or device such as a baby carrier, a baby cart, or a child seat, and the infant tool or device is contaminated by saliva, wrinkles, sweat, fat, etc. of an infant or the like and used by the user who uses the infant tool or device. The present invention relates to a wiping and anti-smudge protector that can prevent clothes from getting dirty.

  A baby carrier is used as an auxiliary tool for holding an infant when holding an infant, and a mode of holding an infant using this baby carrier, that is, as a holding method, is a forward piggyback or a rearward piggyback There are face-to-face hugging that faces the infant, forward-facing hugging that reverses the direction of the infant, and horizontal hugging that causes the infant to lie down, which are selected according to the growth and usage situation of the infant. Therefore, conventionally, a baby carrier has been proposed in which a baby carrier user can change the manner of attachment by using a single baby carrier to support a plurality of holding methods.

  Here, using such a baby carrier, for example, when holding the infant facing the infant or holding the infant with a forward-facing piggyback, the infant's lip hits a part of the shoulder belt of the baby carrier, and the infant Your lips may be stimulated and you may begin to lick the shoulder belt. Some infants lick so that once they start licking, they become trapped and have to lick their shoulder belts. In addition, when a parent who is a baby carrier user finds a wrinkle that licks an infant's shoulder belt, he or she tries to fix the wrinkle, but usually it does not heal. For this reason, the vicinity of the shoulder belt contact touched by the infant's mouth is in a state that is easily soiled by the attachment of infant saliva or milk that has been eaten or eaten, and it may be discolored by the dirt or give off a foul odor. Also, it is not preferable. Therefore, the parents feel unclean and unsanitary and sometimes pick and wash the entire baby carrier each time they use the baby carrier. However, if the shoulder belt of the baby carrier is partially pickled, it takes time for the picked parts to dry and the bacteria may propagate on the contrary. In addition, the dough where the pinch is washed may be damaged, thereby increasing the irritation of the infant's skin, and the color may fade due to discoloration caused by washing. On the other hand, when the whole is dry-cleaned, it takes time and the shape may be lost. In particular, when an external request is made, the cost becomes high and the use efficiency is inevitably reduced.

In addition, when holding an infant with a face-to-face holding facing the infant or an infant's forward piggyback, the infant's mouth is easy to touch the user's chest or back, and vomiting of the infant's saliva or eaten milk, etc. In some cases, the clothes of the user may become dirty due to the bag of an infant.
In addition, the portion of the baby carrier body cloth that supports the torso of the infant that is applied from the infant's head to the back side may become dirty with the infant's sweat or oil.

On the other hand, when holding an infant with the infant's forward facing or holding the infant's forward piggyback, the baby carrier's body cloth that supports the infant's torso has an upper edge (upper end) that The lips may hit and the infant's lips may be stimulated, starting to lick the upper edge (upper end) of the baby carrier body. For this reason, the upper edge part (upper end part) of the main body of the baby carrier may become dirty due to the attachment of the infant's saliva, the milk that is eaten or eaten, or even the hail that the infant has hung.
In addition, the clothes of the user who touches the back side from the back of the infant's back may be soiled by the infant's sweat or oil.

  Also, not only for baby carriers, but also for baby equipment or devices such as strollers and in-car baby seats (child seats), the shoulder belts may become dirty due to the attachment of saliva or milk that is eaten or licked by infants, etc. The body part (backrest) applied to the infant's back side may become dirty due to sweat or oil on the back side. In addition, baby equipment or devices such as strollers and in-car baby seats (child seats) are generally more difficult to clean than baby carriers.

  Therefore, in Patent Document 1, it is formed so as to cover the belt root part and the upper edge part in a shape extending from at least the belt root part of the shoulder belt extending from the carrier body to the upper edge part of the carrier body, An antifouling cover is disclosed that is attached to a baby carrier having a configuration in which a shoulder belt is extended from the carrier body. According to the description of Patent Document 1, a cover is provided so as to cover the belt base portion of the shoulder belt and the upper edge of the carrier body that are easily touched by the infant's mouth held in a state of holding the child face-to-face or holding the child forward. By attaching the main body, the infant's mouth can be prevented from directly touching the shoulder belt or carrier body.

Further, in Patent Document 2, the vertical holding sheet is placed so as to cover the hook body for receiving the infant's heel and the head protecting portion (42) of the vertical holding sheet (3) of the baby litter (1). A pocket (92) provided with an opening (92a) through which the head support (46) of the vertical holding sheet can be passed on both sides, and an upper end of the hook body at both ends of the litter band body And a lower fastener (94) for selectively attaching a lower portion of the hook body to the baby-litter body or the vertical holding sheet. A hook is disclosed. According to the description of Patent Document 2, when an infant is held forward, the pocket body (91) is hung on the inner surface side of the head protection section 42 while the pocket (92) is placed on the head protection section (42). ). Further, the clasp (94) is wound around the sheet body (41) of the vertical holding sheet (3) and connected to each other by hooks (95a) and (95b). When the head protecting part (42) is folded downward from this state, the folded part is covered with the hook body (91). Thus, the folded-back portion of the head protecting portion (42) that is easily soiled when held with a forward-looking hug can be protected by hooking. On the other hand, when holding an infant face-to-face, the shoulder band (4) is likely to get dirty near the chest, so the hook body (91) is placed near the chest on the front side (4a) of the shoulder band (4). The hook (4d) provided in (4) and the hook (93) on the top of the hook (90) are fastened. Further, the hooks (95a) and (95b) are fastened to each other by turning the fastening string (94) to the inner surface side of the shoulder bands (4).
Note that the numbers in parentheses () are the codes used in the description of the embodiment of Patent Document 2.

Registered Utility Model No. 3172867 JP 2005-31823 A Japanese Patent Laying-Open No. 2015-205098

However, the dirt prevention cover described in Patent Document 1 is attached so as to cover at least the part of the left and right shoulder belts extending from the belt root part to the upper edge of the carrier body. When the infant is held in a face-to-face hug or an infant's forward piggyback, the user's mouth touches the user's chest or back and the user's It cannot cope with dirt on clothes.
In addition, the carrier cover part wound around at least the belt root part of the shoulder belt and the belt cover part attached to the upper edge of the carrier body so as to be along the inner and outer surfaces of the carrier are continuously connected to each other, thereby having a specific dimensional shape. If it is not a carrier, it cannot be attached and the object to be attached is limited. In addition, there is no concept of attaching to baby equipment or devices such as baby strollers other than baby carriers, vehicle-mounted baby seats (child seats), etc., and it cannot be used, and therefore lacks versatility.

  On the other hand, in the hooking of Patent Document 2, when the infant is held forward, as described above, the pocket is formed in the head protecting part while hanging the hooking body on the inner surface side of the head protecting part. Cover the head support through the openings on both sides of the pocket and wrap the clasp around the seat body of the vertical holding seat and connect it with hooks to protect the head from getting dirty when it is held forward. While the folded part of the part can be protected with a hook, when holding it with a face-to-face hug facing the infant, the hook on the upper part of the hook is fastened to the hook provided on each shoulder belt and the user uses the hook body It is said that it can cope with the dirt near the chest of the shoulder band by the infant's heel.

  However, in the case where the hook of Patent Document 2 is arranged on the carrier head protection part side as described above, the head protection part is covered with the carrier head protection part from the opening of the hook body in a bag shape. Because it is designed to be worn directly on the user's chest and when it is placed near the chest of the user, the hook on the top of the hook is fastened to the hook provided on the shoulder band so that the hook body is directly attached to the shoulder band. The design corresponding to the dimensional shape of the carrier is required, and the object to be attached is limited. In particular, it cannot be attached near the chest of the user unless it is a specific carrier provided with a hook on the shoulder strap, and cannot be attached to a hand held baby carrier. In addition, there is no concept of attaching to baby equipment or devices such as baby strollers other than baby carriers, vehicle-mounted baby seats (child seats), etc., and it cannot be used, and therefore lacks versatility.

  Furthermore, when attaching to the user's chest, the hook hook is fastened to the hook provided on the shoulder band, and the hook body is directly attached to the shoulder band. Although the relative position of the hanger can be changed, the position where the infant can be easily held depends on the body shape and sense of the user, and the size of the infant varies depending on the age, so the appropriate shoulder belt length for the user When the adjustment is made, the hook attached to the shoulder belt does not always come to an appropriate position in relation to the infant. On the other hand, even if the shoulder belt is adjusted so that the hook attached to the shoulder belt is in an appropriate position relative to the infant, the length of the appropriate shoulder belt can be easily held by the user. It is not always the case. That is, it is difficult to arrange and adjust the hook to an appropriate position corresponding to the optimum holding position of the infant.

It is highly versatile and can be attached to an infant tool or device such as a baby carrier at an appropriate position corresponding to the placement of the infant. The baby tool or device or user with saliva, sputum, sweat, fat, etc. An anti-stain protector disclosed in Patent Document 3 has been invented as an anti-stain protector capable of preventing the clothes of the clothes from becoming dirty.
According to the anti-stain protector according to Patent Document 3, a pair of shoulder belt covers are mounted around a shoulder belt of a user by a joint composed of a male member and a female member that can be joined and separated. It is attached to an arbitrary position of the belt so as to cover the entire periphery of the arbitrary position, and an engagement portion provided on an exposed surface which becomes an outer surface when the shoulder belt cover is attached to the shoulder belt. On the other hand, the attachment part provided in a pair of connection part of a bridge | crosslinking pad is attached so that attachment is possible, A bridge | crosslinking pad is spanned between a pair of shoulder belt covers, and it continues in a row.

  Thus, for example, in a baby carrier as an infant tool or device, when the infant is facing the user's face, or when facing the front of the infant, the user's chest or back and the mouth of the infant B A pair of shoulder belt covers are attached by joining a male member and a female member to a place where the mouth of the infant is easily touched so that the bridging pad is disposed between the shoulder belt cover and the pair of shoulder belt covers. By attaching the bridging pad attachment part to the engaging part and attaching the bridging pad between the pair of shoulder belt covers, the infant does not lick the shoulder belt directly by the shoulder belt cover, and the infant should lick the shoulder belt cover Therefore, the shoulder belt is prevented from getting dirty, and the infant's heel is protected by the bridging pad that is stretched between the pair of shoulder belt covers. Kicking it can, it is prevented from soiling the clothing of the user in the drool of infants.

And when the shoulder belt cover and the bridging pad are soiled, they can be removed and washed to maintain cleanliness, eliminating the labor associated with washing the baby carrier, losing shape, damaging the fabric, Color loss can be prevented. In addition, by keeping the shoulder belt cover and the bridging pad clean by washing, it is possible to eliminate unclean feelings and unsanitary feelings caused by attachment or licking of infants' wrinkles, sweat, and the like.
However, the anti-stain protector according to Patent Document 3 prevents the flow of wrinkles from the infant side, and when the shoulder belt cover or the bridging pad becomes dirty, remove them and wash them to clean. Although it can be secured, it was not something that infants were interested in. In addition, when the parent's sweat penetrated the anti-stain protector from the shoulder belt cover or the like, the cleanliness could not be maintained.

  Therefore, the present invention is an antibacterial wipe and anti-smudge that can prevent the entry of dirt such as sweat from the parent side and the child side even if attached to infant tools such as baby carriers, strollers, child seats, etc. The challenge is to provide a protector.

The wiping and anti-smudge protector of the invention of claim 1 includes a design surface fabric that prevents ultraviolet light from entering on the front and back sides, and a synthetic resin thin material that generates a rustling sound when touched on the inside. A vibration-allowable material such as a gauze cloth made of cotton that does not inhibit the generation of the vibration frequency of the crumbling sound, and a piping formed by sewing the periphery in a laminated state, formed on the front and back sides The design surface fabric and the synthetic resin thin material and the vibration-allowable material are overlapped, and the whole is constituted by a joint composed of a male member and a female member that are separable and separable at the four corners, and surrounded by piping. When the synthetic resin thin material touches, grips, or pulls the design surface fabric that prevents ultraviolet light from entering the surface, it generates a crumbling sound. The crushing sound at this time does not hinder the generation of sound because the synthetic resin thin material is held by the design surface fabric and the vibration-acceptable material.
Here, the design surface fabric disposed opposite to the front and back surfaces is a rectangular fabric expressing the design properties of the front and back surfaces, and a design-treated fabric or a gauze fabric is used. In addition, since the prevention of ultraviolet intrusion prevents deterioration of the synthetic resin thin material, it is sufficient that the ultraviolet ray passing dose is reduced by applying a pigment or paint, and even plant fibers are chemical fibers. However, plant fiber is desirable for practical use.
The synthetic resin thin material is a resin that generates a rustling sound by moving the front or back surface. Usually, the thickness of vinyl chloride (PVC), polyethylene terephthalate (PET), etc. is 20 μm or less, and the thickness is 5 μm or more. Sheet is used, but the material is not specified. A single crumbling sound is a bending sound of a single material and means that two or more objects do not collide to generate a sound.

Furthermore, the vibration-acceptable material usually uses a gauze dough with two layers on each side, but may be three or more layers. Alternatively, a fiber material having a soft brushed finish made of polyethylene terephthalate may be used as a fabric called fleece (registered trademark).
Furthermore, the piping is made by laminating a design surface fabric formed of the design surface fabric formed in the table, a synthetic resin thin material disposed under the design surface fabric, and a vibration-allowable material disposed under the synthetic resin thin material. , And the surrounding area is sewn to prevent fraying of the fabric.
In addition, the joining tool comprises a male member and a female member that are separable and separable disposed at the four corners of the design surface fabric, the synthetic resin thin material, the vibration-acceptable material, and the uneven fabric. The tool is a hook. Specifically, a spring hook, an American hook, a jumper hook, a key hook, a spring hook, or the like can be used.

The wiping and dirt preventing protector of the invention of claim 2 comprises a design surface fabric that prevents the penetration of ultraviolet rays, a synthetic resin thin material that is disposed inside thereof and that generates a single crushing sound, and a vibration frequency of the crushing sound. The design is provided with a soft vibration-allowable material that lowers relative to the surface, and an uneven fabric formed with peaks and valleys perpendicular to the surface direction, and piping that is sewn around in a laminated state. It is composed of a surface fabric, a synthetic resin thin material, and a concave and convex fabric, and a joint composed of a male member and a female member that are separable and separable arranged at the four corners, and the synthetic resin thin material touches, grips, When it is pulled, it generates a single sound. The crumbling sound at this time is held by a soft vibration-acceptable material and does not hinder the generation of sound.
Here, although the said design surface cloth is a rectangular-shaped cloth expressing the design of the front surface, it can also be a gauze cloth made of cotton. In addition, since the prevention of ultraviolet intrusion prevents deterioration of the synthetic resin thin material, it is only necessary to reduce the amount of ultraviolet irradiation by applying a pigment or paint, and even plant fibers are chemical fibers. However, vegetable fiber is desirable for health.

The synthetic resin thin material is a resin that generates a rustling sound by moving the front or back surface. Usually, the thickness of vinyl chloride (PVC), polyethylene terephthalate (PET), etc. is 20 μm or less, and the thickness is 5 μm or more. Sheets are used. In addition, here, a single crumbling sound means that two or more objects do not collide to generate a sound.
Further, the above-described vibration-acceptable material is a gauze fabric made of cotton, and is usually a fiber material finished with a gauze fabric layered in two or more layers.
Furthermore, the uneven fabric is called, for example, a waffle fabric (a fabric resembling a waffle of food), and is formed by forming pyramidal peaks and valleys perpendicular to the surface direction of the front or back surface. .
Further, the piping is disposed under the design surface fabric, the synthetic resin thin material disposed under the fabric, the vibration-allowable material disposed under the synthetic resin thin material, and the vibration-allowable material. The uneven fabric is laminated and the periphery is sewn.
In addition, the joining tool comprises a male member and a female member that are separable and separable disposed at the four corners of the design surface fabric, the synthetic resin thin material, the vibration-acceptable material, and the uneven fabric. The tool is a hook. Specifically, a spring hook, an American hook, a jumper hook, a key hook, a spring hook, or the like can be used.

The thin synthetic resin material that generates the crushing sound alone of the wiping and antifouling protector according to claim 3 is composed of a plurality of thin plates having a thickness of 5 to 30 μm. When the thickness of the synthetic resin thin material is 5 μm or less, the mechanical strength is weak, and when the thickness is 30 μm or more, sound is hardly generated.
The thickness of the synthetic resin thin material that generates a crisp sound is preferably in the range of 5 to 30 μm. If it is too thick, it will be difficult to generate sound. For example, one sheet is vinyl chloride (PVC) and the other sheet is polyethylene (PE), or one sheet is vinyl chloride (PVC) and the other sheet. Is made of polypropylene (PP), and on the other hand, it is possible to make it difficult to generate a crumbling sound or to adjust to a sound preferred by an infant. The 5-30 μm thin plates having a plurality of thicknesses can have the same thickness or different thicknesses.

The design surface fabric expressing the design of the wiping and antifouling protector according to claim 4 is a double gauze fabric or knit made of cotton.
Since the design surface fabric only needs to ensure the safety of infants, it is preferable to use a double or more gauze fabric made of cotton or a knit. This is selected from features such as the amount of the baby's habit and the degree of interest.

The cloth for antibacterial material is disposed on one side or both sides of the synthetic resin thin material of the wiping and antifouling protector according to claim 5 .
The arrangement of the antibacterial material is not exposed on the front and back surfaces, and it is unclean if wrinkles remain on one side or both sides of the synthetic resin thin material, or the dirt is not noticed. Alternatively, antibacterial materials are bonded to a cloth on both sides or bonded to a synthetic resin to suppress the growth of bacteria.

The anti-bacterial material is included in the synthetic resin thin material of the wiping and dirt preventing protector according to claim 6 .
The arrangement of the antibacterial material does not use a dedicated material, but may have the property on one side or both sides of the synthetic resin thin material. It is unclean if wrinkles remain or does not notice dirt. Good.

  The wiping and anti-smudge protector according to the invention of claim 1 is a design surface fabric arranged on the front and back to prevent the invasion of ultraviolet rays, a thin synthetic resin material for generating a crushing sound arranged on the inside, and the crushing sound A soft permissible material that does not hinder the generation of the vibration frequency of the material, and a piping formed by sewing the surroundings in a laminated state, and the design surface fabric formed on the front and back and the synthetic resin thin material Further, the vibration-allowable material is overlapped, and the joint is composed of a male member and a female member that are separable and separable at the four corners. Further, a crumbling sound is generated by touching, gripping, or pulling the design surface fabric. The crumbling sound at this time does not hinder the generation of sound because the synthetic resin thin material is held by a suitably soft vibration-acceptable material. In addition, the said design surface cloth can also be comprised with the gauze cloth which consists of cotton.

According to the experiments by the inventors, five infants were brought into contact with each other and experienced to generate a rustling sound. All five people were interested in the sound of crushing noise, and were interested in the response of the sound to stimuli that were touched, gripped or pulled. At this time, strict frequency analysis of the crushing sound, the high frequency component decreased and the low frequency component decreased due to the contact pressure between the synthetic resin thin material and the vibration-allowable material finished with soft raising, but the frequency spectrum As a whole, there was a tendency to shift to the low frequency component side, but there was also a tendency to reverse depending on the contact pressure, thickness, and structure. Therefore, it cannot be determined that there is a tendency to shift to the low frequency component side when the structure is solid.
In addition, the synthetic resin thin material that generates a crisp sound alone blocks the flow of liquid such as sweat spots and wrinkles from the infant and / or parent side. In addition, when the liquid flow such as sweat spots and wrinkles increases, the crushing sound is changed by the liquid, and the intrusion of the liquid can be determined by the change of the sound. Synthetic resin thin material that generates crispy sound by itself changes the generated sound by changing its thickness or by overlapping multiple thin synthetic resin materials that generate crushing sound. be able to.
The synthetic resin thin material deteriorates when it receives natural ultraviolet rays, but the design surface fabric arranged on the front and back surfaces prevents the invasion of ultraviolet rays by the design surface fabric, thereby making the synthetic resin thin material Long life can be achieved. Moreover, even if the synthetic resin thin material breaks, it does not come out.
Furthermore, the parent carrying the infant can estimate the mood of the infant such as whether he / she is playing or sleeping based on the change timing of the crushing sound.

  According to the wiping and anti-smudge protector of the invention of claim 2, the design surface fabric that prevents the invasion of ultraviolet rays, the synthetic resin thin material that generates the crushing sound disposed inside thereof, and the vibration frequency of the crushing sound A soft vibration-acceptable material that lowers relative to the surface direction, and an uneven fabric formed with ridges and valleys perpendicular to the surface direction, and a piping in which the surroundings are sewn in a laminated state, and the gauze The design surface fabric including the fabric, the synthetic resin thin material, and the concave and convex fabric are overlapped, and the joint composed of a male member and a female member that are separable and separable disposed at the four corners, and the synthetic resin thin material is By touching, grasping, or pulling, a single sound is generated. The crushing sound at this time is held by the vibration-acceptable material finished with soft raising, and there is nothing that disturbs the generation of sound. However, the frequency shifts due to the contact pressure between the synthetic resin thin material and the soft vibration-allowable material.

According to the experiments by the inventors, all five infants are interested in generating a squeaking noise when touched, and are interested in the response of the squeaking sound to stimuli that are touched, gripped or pulled. ing. In particular, infants were sensitive to high-frequency sound, and the sound of the synthetic resin seemed to be particularly responsive.
In addition, the synthetic resin thin material that generates a crisp sound alone blocks the flow of liquid such as sweat spots and wrinkles from the infant side and / or the parent side. Further, when the liquid flow such as sweat spots or wrinkles increases, it becomes difficult for the liquid to generate a crumbling sound, so that the intrusion of the liquid can be determined. A synthetic resin thin material that generates a crisp sound alone can also change the generated sound by changing its thickness. Furthermore, the parent carrying the infant can estimate the mood of the infant such as whether he / she is playing or sleeping based on the change timing of the crushing sound.

The uneven fabric is formed with pyramidal peaks and valleys perpendicular to the surface direction of the front surface or the back surface, can contain a lot of moisture absorption, and is finished with soft raising. Since no large external force is transmitted to the vibration-acceptable material, it does not hinder the generation of noise. The uneven fabric is formed with pyramidal peaks and valleys perpendicular to the surface direction of the front or back surface, and can contain a lot of air, and the liquid component is finished with soft brushed vibration. It becomes difficult to convey to acceptable materials. The uneven fabric is formed with pyramidal peaks and valleys perpendicular to the surface direction of the front surface or the back surface, and can retain the baby's folds in the gaps. Will increase.
Furthermore, the synthetic resin thin material deteriorates when it receives ultraviolet rays in the natural world, but the design surface fabric arranged on the front and back surfaces prevents the invasion of ultraviolet rays by the design surface fabric, thereby making the synthetic resin thin material Can extend the service life. Moreover, even if the synthetic resin thin material breaks, it does not come out.

  According to the wiping and anti-smudge protector of the invention of claim 3, the synthetic resin thin material that generates the crushing sound by itself is a thin plate having a plurality of thicknesses. In addition to the effects described above, it is desirable that the thin synthetic resin material that generates a crisp sound has a thickness of 5 to 30 μm. However, if the thickness is increased, it is difficult to generate sound. ) And the other sheet are made of polyethylene (PE), or one sheet is made of vinyl chloride (PVC) and the other sheet is made of polypropylene (PP). Can be adjusted. Infants are interested in touching, grasping, and pulling, and are concerned about the sound that responds to their own stimuli. In addition, although infants were worried about the sound that responded to their own stimuli such as touching, grasping, and pulling, they did not find any remarkable preference for those who were interested.

The design surface fabric that expresses the design of the wiping and anti-smudge protector according to claim 4 is a double gauze fabric or knit made of cotton. Therefore, according to any one of claims 1 to 3 In addition to the effects described above, the design surface fabric only needs to ensure the safety of infants. Therefore, the use of double or more gauze fabric made of cotton or the use of knit is suitable. This is selected from features such as the weight of the infant.
Therefore, any of them may be used immediately after washing.

The cloth of antibacterial material is disposed on one side or both sides of the synthetic resin thin material of the wiping and antifouling protector according to claim 5 , and therefore, according to any one of claims 1 to 4 . In addition to the effect, the disposition of the antibacterial material is not exposed on the front and back surfaces, and it is unclean if wrinkles remain on one side or both sides of the synthetic resin thin material or the dirt is not noticed. An antibacterial material can be disposed on one or both sides of the thin resin material to suppress the growth of bacteria, and since the infant is not directly licked, there is no possibility of allergic symptoms.

Since the antibacterial material is included in the synthetic resin thin material of the wiping and antifouling protector according to claim 6 , in addition to the effect according to any one of claims 1 to 5 , the synthetic You may give the property to the single side | surface or both surfaces of a resin thin material. Since it is unclean if wrinkles remain or does not notice dirt, it is possible to impart antibacterial performance to one side or both sides of the synthetic resin thin material and suppress the growth of bacteria.

FIG. 1 is a cross-sectional view of a main part of an example showing a laminated state of the wipe and dirt protector according to the first embodiment of the present invention, a cross-sectional view of a main part of an example showing another laminated state (b), and others. It is principal part sectional drawing (c) of other examples, and principal part sectional drawing (d) of another example. FIG. 2 is an overall front explanatory view (a) and an explanatory view of a joined state (b) showing the development of the wiping and antifouling protector according to the first embodiment of the present invention. FIG. 3 is an overall front explanatory view (a) and an explanatory view of the joined state (b) showing the development of the wiping and antifouling protector according to the second embodiment of the present invention. FIG. 4 is a process explanatory view showing a joint operation for closing the shoulder belt cover constituting the wiping and anti-smudge protector according to Embodiment 3 of the present invention in the long lateral direction, in the first stage (a) and the second stage ( It is explanatory drawing of b) and a joining state (c). FIG. 5: is process explanatory drawing which shows joining operation which closes the short vertical direction of the shoulder belt cover which comprises the wiping and dirt prevention protector concerning Embodiment 3 of this invention, before joining (a) and joining state (b) It is explanatory drawing of. FIG. 6 is an overall view for explaining the attachment of the wiping and antifouling protector according to the embodiment of the present invention. FIG. 7 is a perspective view for explaining an attachment state of the wiping and anti-stain protector according to the embodiment of the present invention to the baby carrier in a state where the baby carrier is used to hold the infant in a face-to-face relationship. FIG. FIG. 8 is a side view showing an example of a state in which the wiping and antifouling protector according to the embodiment of the present invention is attached to the baby carrier in the state where the baby carrier is used to hold the baby so as to face each other. It is. FIG. 9 illustrates a state where the baby carrier is attached to the baby carrier according to the embodiment of the present invention when the baby carrier is used to hold the infant forward facing the user. It is a side view. FIG. 10 is a side view for explaining a state in which the wiping and anti-smudge protector according to the embodiment of the present invention is attached to the baby carrier in a state where the baby carrier is turned forward using the baby carrier. FIG. 11 is a side view for explaining an attachment state of the wiping and anti-smudge protector according to the embodiment of the present invention to the baby carrier when the baby carrier is piggybacked using the baby carrier. FIG. 12 is a perspective view for explaining an example of a state in which the wiping and anti-smudge protector according to the embodiment of the present invention is attached to the shoulder belt in an infant placed on a baby cart. FIG. 13 is an explanatory view illustrating an example of a conventional baby carrier, and is a perspective view seen from the user side of the baby carrier.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
In each embodiment and example, the same symbol and the same reference sign mean the same or corresponding functional part, and the same symbol and the same reference sign between each embodiment and the example are those of the embodiment and Since this is a functional part common to the examples, redundant description is omitted here.

[Example 1]
Briefly described, as shown in FIG. 13, the baby carrier is attached to a pair of shoulder belts 150 to be worn around the shoulder of the user M (see FIG. 7) so as to cover the circumference of the arbitrary infant. It is done. In the figure, the adjustment belt 160 disposed on the shoulder belt 150 is moved and fixed to a specific position of the slide belt 163 disposed along the surface of the shoulder belt 150.
The connection plug 161 and the connection receiver 162 at the end of the adjustment belt 164 are joined behind the user M.
First, the wiping / dirt prevention protector 10 of the first embodiment attached to the shoulder belt 150 will be described.

Synthetic resin thin material 2 that generates a squeaky sound is a resin that generates a squeaky sound by touching, grasping, or pulling by touching or moving the front or back surface, usually vinyl chloride. (PVC), polyethylene terephthalate (PET) or the like, a sheet having a thickness of 20 μm or less and 5 μm or more is used. Here, the crumbling sound means that two or more objects having a large mass collide to generate sound, or sound that produces sound alone.
Therefore, even if the thickness of vinyl chloride (PVC) or polyethylene terephthalate (PET) is changed, the generation of sound such as hardness and the generation of its frequency change. Further, two or more sheets having different thicknesses may be stacked, or a plurality of sheets of the synthetic resin thin material 2 with different resin material names may be stacked. Further, the synthetic resin thin material 2 does not need to be in a state in which water does not leak without making a hole. Both surfaces of the synthetic resin thin material 2 are cleaned by washing.

Further, the vibration-allowable material 3 such as the double gauze fabrics 3a and 3b finished with soft brushing that allows generation of sound by the synthetic resin thin material 2 is a fabric that forms a space as needed, such as polyethylene terephthalate. A soft brushed fiber material is used. For example, a fabric material called fleece (registered trademark) may be used and a soft brushed fiber material such as polyethylene terephthalate may be used. Therefore, since the fiber material fluffed from the base material of the vibration-allowable material 3 such as the gauze fabric 3a, 3b is held by the hair at the fluffy tip, the synthetic resin thin material 2 inhibits the generation of sound. It will never be done.
In the present embodiment, the gauze fabric made of cotton is disposed on both sides of the synthetic resin thin material 2 as shown in FIG. 1 (a). The material 2 may be disposed on one surface.

[Example 2]
As shown in Embodiment 2 of FIG. 1 (b), the wiping and anti-stain protector 10 of Embodiment 2 has a substantially rectangular design surface fabric 1 as shown in FIG. 1 (b). Is composed of a fabric expressing a specific design property, that is, a substantially rectangular design surface fabric 1 and a design surface fabric 11, which are composed of double gauze and are formed on the front and back surfaces.
Here, when distinguishing front and back, the design surface fabric 1 formed on the front and the design surface fabric 11 formed on the back are described, but the design surface fabric 1 and the design surface fabric 11 basically have the same properties. Can do. Basically, the design surface fabric 1 and the design surface fabric 11 have the same properties. Specifically, the double gauze fabric, the triple gauze fabric, etc. are vibration-acceptable materials sandwiching the synthetic resin thin material 2. 3 functions are also provided.
The design properties of the design surface fabric 1 and the design surface fabric 11 may be dyed with a pattern according to preference, but the function of blocking the entry of ultraviolet rays has a blocking function if it is a material such as plant fiber. If possible, it is desirable to enhance the UV blocking function with pigments, paints, etc. However, it is first necessary to consider the selection of sanitary and safe materials that will not melt even when the infant is in the mouth.

[Example 3]
In the embodiment shown in FIG. 1B, a double gauze fabric is used for the design surface fabric 1 and the design surface fabric 11 with respect to the synthetic resin thin material 2.
In the embodiment shown in FIG. 1C, a double gauze fabric is used for the design surface fabric 1 and the design surface fabric 11 with the synthetic resin thin material 2 and the fleece (registered trademark) sandwiched therebetween.

The piping 4 includes a design surface fabric 1 formed on the front surface, a synthetic resin thin material 2 disposed under the design surface fabric 1, a gauze fabric composed of cotton disposed under the synthetic resin thin material 2, and a gauze fabric composed of cotton. The design surface fabric 11 formed on the back disposed below is laminated and the periphery thereof is sewn with a tape-shaped fabric having a predetermined width.
Alternatively, the design surface fabric 1 formed on the front surface, the synthetic resin thin material 2 disposed under the design fabric, and the vibration-allowable material 3 disposed under the synthetic resin thin material 2 are laminated, and the periphery thereof has a predetermined width. It is sewn with tape-like fabric.
Therefore, the design surface fabric 1 formed in the table, the synthetic resin thin material 2 disposed under the design surface fabric 1, and the vibration-allowable material 3 disposed under the synthetic resin thin material 2 were laminated. Alternatively, the piping 4 includes a design face fabric 1 formed on the front surface, a synthetic resin thin material 2 disposed under the design surface fabric 1, a vibration permissible material 3 disposed under the synthetic resin thin material 2, and a vibration permissible material 3. The design surface fabric 11 formed on the back disposed below was laminated.
Specifically, a tape having a width of 10 to 20 mm is sewn with a sewing thread or the like at a position 5 to 10 mm away from the periphery thereof, whereby the design surface fabric 1, the design surface fabric 11 and other synthetic resin thin films are sewn. Fraying of the material 2 and the vibration-allowable material 3 can be prevented.

  The design surface fabric 1 formed on the front surface and the design surface fabric 11 formed on the back surface may be composed of a gauze fabric or the like expressing a single design property, or may present design properties different from the front and back surfaces. Moreover, although the design property currently formed in the surface of the front and back of the substantially rectangular design surface fabric 1 may be dyed with a pattern according to preference, it requires a function of preventing the penetration of ultraviolet rays. The prevention of ultraviolet intrusion has at least a blocking function if it is a material such as plant fiber, and therefore it is desirable to enhance the blocking function of ultraviolet rays by using pigments, paints, etc. if possible. However, it is desirable to select materials that are hygienic and safe even for infants.

The connector 7 includes the design surface fabric 1 and the synthetic resin thin material 2 and the vibration-allowable material 3 formed on the front surface, or the design surface fabric 1 and the synthetic resin thin material 2 and the vibration-allowable material 3 formed on the front surface. It consists of a male member and a female member that are separable and separable, arranged at the four corners of the formed design face fabric 11 that are sequentially stacked.
The connector 7 is arranged at the four corners where the design surface fabric 1 formed on the front surface, the synthetic resin thin material 2 and the vibration-allowable material 3 such as gauze fabric, and the design surface fabric 11 formed on the back are stacked. It consists of a separable male member and a female member, and is shown as hooks 7a, 7b, 7c, 7d in the embodiment. Specifically, a spring hook, an American hook, a jumper hook, a hook hook, a spring hook, etc. can be used. .

In the wiping and dirt prevention protector 10 of the present embodiment shown in FIGS. 1A to 1C, the design surface fabric 1 and the design surface fabric 11 having a substantially rectangular shape are pile fabric such as towel fabric, It is made of a fabric woven with fuzz or wanna on one or both sides of the fabric, or a gauze fabric, and is washable. Fabrics made of pile fabric such as towel fabric or gauze fabric are easy to wash and are durable and difficult to lose shape even after repeated washing. Furthermore, the touch is good, there is little irritation to the infant, and when the infant touches, there is no sense of incongruity and there is no unnaturalness. In the case of carrying out the present invention, it is possible to use not only a pile fabric and a gauze fabric but also a plurality of cottons, leathers, etc., and not only a single material but also a composite material. Moreover, the number of sheets can be made into a plurality of layers by sewing and folding, and further, reversible use is possible.
And in this Embodiment, in order to prevent fraying of the design surface cloth 1, the design surface cloth 11, or the vibration-allowable material 3, a piping process is performed with a piping cloth sewn around it. In this piping process, the edge of the cloth is wrapped with bias tape or another cloth to prevent fraying and to perform a decorative process. The end portion may be processed by bag stitching, folding stitching, split stitching, reverse stitching, or the like.

[Example 4]
The example of FIG. 1 (a) is mainly the design surface fabric 1, the synthetic resin thin material 2 and the vibration-allowable material 3, and the example of FIG. 1 (b) is mainly the design surface fabric 1 and the synthetic resin. The both sides of the synthetic resin thin material 2 are sandwiched by the gauze fabric constituting the design surface fabric 1 or the vibration-allowable material 3 by the thin material 2 and the design surface fabric 11. Only the design surface fabric 1 or the vibration-allowable material 3 can be sandwiched.
The example of FIG.1 (c) is the piping 4 which piled up the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11, and sewn the circumference | surroundings. It is a wiping and anti-smudge protector 10 composed of a connector 7 made of a member. In addition, the example of FIG. 1 (d) shows a pipe 4 in which the synthetic resin thin material 2, the vibration-allowable material 3, and the uneven fabric 6 are stacked and sewn around, and a male member that can be separated from the joint disposed at the four corners. A wiping and anti-smudge protector 10 composed of a connector 7 made of a female member.

As shown in the example of FIG. 1 (d), the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3 made of cotton, and the uneven fabric formed with peaks and valleys perpendicular to the surface direction of the front or back surface. 6. Piping 4, which is stacked and sewn around, and can be constituted by a joint 7 comprising a male member and a female member which are separable and separable at the four corners.
In particular, the uneven fabric 6 that forms peaks and valleys perpendicular to the surface direction of the front surface or the back surface used in the present embodiment is, for example, a waffle fabric (a fabric resembling a food waffle), Pyramidal peaks and valleys are continuously formed perpendicular to the surface direction of the front or back surface.
The other configurations are the piping 4 that is stacked with the design surface fabric 1 and the synthetic resin thin material 2 and the vibration-allowable material 3 and the uneven fabric 6 and is sewn around, and the design surface fabric 1 and the synthetic resin thin material 2 and cotton. Since the gauze fabric 3 and the concave and convex fabric 6 are overlapped and arranged at the four corners, and the joint 7 is composed of a separable male member and a female member, detailed description is omitted.

[Example 5]
Next, the wiping and dirt preventing protector 10 according to the first embodiment will be described with reference to FIG.
The wiping and anti-smudge protector 10 of the present embodiment includes a design surface fabric 1 having a substantially rectangular shape, a joining tool 7 including hooks 7a and 7b formed at four corners thereof, and a lateral width direction of the design surface fabric 11. It has a connector 7 comprising hooks 7c, 7d provided at one end.

  In Embodiment 1, the gauze fabric of the design surface fabric 1 and the gauze fabric and the vibration-allowable material 3 of the synthetic resin thin material 2, or the gauze fabric and the synthetic resin thin material 2 and the vibration-allowable material 3 of the design surface fabric 1 Gauze fabric, or gauze fabric of design surface fabric 1 and synthetic resin thin material 2 and vibration acceptable material 3 and uneven fabric 6, design surface fabric 1 and synthetic resin thin material 2, vibration acceptable material 3 and design surface fabric 11 The sides 1a and 1c facing each other, the sides 1b and 1d are linear, and the two sides 1a and 1c or the sides 1b and 1d having the same length are substantially rectangular. It has become.

Further, hooks 7a and 7b and hooks 7c and 7d are arranged at the four corners of the design surface fabric 1 and the design surface fabric 11, and the front side of the hooks 7a and 7b at one end in the width direction is a design part. 7af and 7bf, the back side is concave parts 7ah and 7bh (not shown), and the other one side end hooks 7c and 7d are the front side convex parts 7cg and 7dg, and the back side is the design parts 7cf and 7df. Yes.
The broken lines in FIG. 2 indicate the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11, or the design surface fabric 1, the synthetic resin thin material 2, and the vibration-allowable material 3 made of cotton. In addition, this is a sewing line when the concave and convex fabrics 6 having peaks and valleys formed perpendicular to the surface direction of the front surface or the back surface are stacked and the piping 4 is sewn.

With such a configuration, the design surface fabric 1 (or the design surface fabric 11) on the hooks 7a and 7b side of the wiping and antifouling protector 10 shown in FIG. 2 is bent to a substantially central portion in the lateral width direction (left and right direction) (arrows). R11), the recessed parts 7ah and 7bh (not shown) of the hooks 7a and 7b on the back surface side are exposed to the front surface side, and the hooks 7c and 7d are bent to a substantially central portion in the lateral width direction (arrow R12), front side The convex parts 7cg and 7dg of the hooks 7c and 7d are overlapped and engaged with the concave parts 7ah and 7bh of the hooks 7a and 7d, and the design parts 7cf and 7df of the hooks 7c and 7d are exposed to the surface side.
Thus, the wiping and dirt preventing protector 10 of the present embodiment has a hook 7a as a joint 7 composed of concave parts 7ah and 7bh as female members that can be joined and separated and convex parts 7cg and 7dg as male members. , 7b, 7c, 7d are attached to the pair of shoulder belts 150 to be worn around the shoulder of the user M so as to cover the periphery of the arbitrary position.

In particular, the wiping and anti-smudge protector 10 according to the first embodiment has four sides with all sides 1a, 1b, 1c, 1d having a straight line and two sides 1a, 1c, 1b, 1d facing each other having the same length. The concave parts 7ah and 7bh as female members of the connector are provided at the lateral ends of one of the front and back surfaces, and the convex parts 7cg and 7dg as the male members are the other surface. Is provided at the other end in the horizontal direction.
Thus, since the wiping and antifouling protector 10 has a simple configuration, it can be easily manufactured and the cost can be reduced. Further, two opposite sides 1b and 1d are brought close to each other, and the concave parts 7ah and 7bh as female members of the connector 7 and the convex parts 7cg and 7dg as male members are overlapped and engaged with each other so as to face each other. Can be attached to the shoulder belt 150 by a simple attachment operation, and the inner surface (inner surface) and the outer surface (outer surface) of the wiping and antifouling protector 10 that come into contact with the attached shoulder belt 150 are attached. Since the concave parts 7ah and 7bh as the female members of the connector 7 and the convex parts 7cg and 7dg as the male members are not located, the shoulder belt 150 side is not damaged, and the infant's lips and tongue are injured. I will not let you.
In the experiments of the inventors, all five infants were interested in generating a squeaky sound by touching the wiper / stain prevention protector 10, and gave a stimulus to touch, grasp and pull. . It seems that he was interested in the response of the sound.

The synthetic resin thin material 2 that generates a crisp sound alone blocks the flow of liquid such as sweat spots and wrinkles from the infant and / or parent side. Further, when the liquid flow such as sweat spots and wrinkles increases, it becomes difficult for the liquid to generate a crumbling sound, so that it is possible to determine whether the liquid has entered the wiping and antifouling protector 10. The synthetic resin thin material 2 that independently generates a crisp sound can also change the generated sound by changing its thickness. Furthermore, the parent carrying the infant can estimate the state of the infant, such as whether he / she is playing or sleeping, based on a change in the sound.
And if it is the uneven | corrugated fabric 6, it is what formed the pyramid-shaped peak and trough perpendicular | vertical with respect to the surface direction of the surface or the back surface, and can absorb a lot of moisture, and it is soft raising Since no large external force is transmitted to the vibration-acceptable material 3 finished in step 3, the generation of crushing noise is not hindered. Further, the uneven fabric 6 is formed with pyramidal peaks and valleys perpendicular to the surface direction of the front surface or back surface, can contain a lot of air, and the vibration component is finished with soft brushed liquid components. It becomes difficult to convey to the acceptable material 3. And the uneven | corrugated material | dough 6 forms the pyramid-shaped peak and trough perpendicular | vertical with respect to the surface direction of a surface or a back surface, and since the infant's eyelids can be infiltrated into the clearance gap, the moisture retention capability Will increase.
Furthermore, the synthetic resin thin material 2 and the vibration-acceptable material 3 are deteriorated when receiving ultraviolet rays in the natural world. Therefore, the life of the synthetic resin thin material 2 and the vibration-acceptable material 3 can be extended. Moreover, even if the synthetic resin thin material 2 is torn, it does not come out.

[Embodiment 1]
2 can also replace the hooks 7a, 7b, 7c, and 7d with adhesive cloths 8a, 8b, 8c, and 8d. FIG. 3 shows the embodiment.
The design surface fabric 1 is formed in an arc shape in which the central portions of the opposite sides 1a and 1c are convex outward, the sides 1b and 1d are linear, and the two opposite sides 1a and 1c or 1b It has a substantially rectangular shape having four sides with the side 1d having the same length.

In FIG. 3, magic tape (registered) is provided at two upper and lower corners on one end side (side 1 d side) in the lateral width direction on the front side of the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11. Trademark) hook-shaped rectangular adhesive cloth 8c, 8d is sewn, and two other corners on the other side (side 1b) in the lateral width direction on the back side are Velcro loop parts. Rectangular adhesive cloths 8a and 8b made of are sewn.
The adhesive cloths 8a, 8b, 8c, and 8d in FIG. 3 have substantially the same bonding area, and the adhesive cloths 8a and 8b are arranged so that the longitudinal direction (vertical direction) of the main body cloth 1 is the long side. The adhesive cloths 8c and 8d are arranged such that the width direction (left-right direction) of the main body cloth 1 is the long side, and form the bonding tool 8. The broken line in FIG. 3 is a sewing line when the adhesive cloth 8a, 8b, 8c, 8d is sewn to the main body cloth 1 from the sewing line where the piping 4 is sewn.

With such a configuration of FIG. 3, the right side end portion of the design surface fabric 1 on the front side is bent so that the adhesive cloths 8a and 8b of the wiping and antifouling protector 10 come to substantially the center in the width direction (left and right direction) ( Arrow R13), the adhesive cloths 8a and 8b on the back side are extended to the front surface side, and the left end of the design surface fabric 1 on the front side is bent so that the adhesive cloths 8c and 8d come to substantially the center in the width direction ( Arrow R14), the adhesive cloth 8d is put on the adhesive cloth 8a exposed to the surface side, and the adhesive cloth 8c is further overlapped on the adhesive cloth 8b to be joined.
The design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11 sandwiched by the piping 4 are recessed inward at the center portions of the sides 1 a and 1 c and the sides 1 b and 1 d facing each other. And has a substantially rectangular shape having four sides, the two sides 1a and 1c facing each other or the sides 1b and 1d having the same length.
Hooks 8a, 8b, 8c and 8d for winding around a shoulder belt 150 such as a baby carrier and the like are disposed at the four corners of the front-side design surface fabric 1 and the back-side design surface fabric 11.

[Embodiment 2]
4 and 5 show the wiping and dirt preventing protector 10 of the third embodiment.
On the diagonal hooks 7a and 7c, the front side of the hook 7a is a convex part 7ag, the back side is a design part 7af, the front side of the hook 7c is a convex part 7cg, and the back side is a design part 7cf. On the diagonal hooks 7b and 7d, the front side of the hook 7b is a design part 7bf, the back side is a concave part 7bh, the front side of the hook 7d is a design part 7df, and the back side is a concave part 7dh.

The centers of the hooks 7a, 7b, 7c, and 7d are the straight lines YY connecting the centers of the hooks 7a and 7b, and the straight lines YY connecting the centers of the hooks 7c and 7d are inside the sides 1b and 1d. It is set so as to substantially contact the concave arcuate bottom. Further, a straight line XX connecting the centers of the hooks 7a and 7d, and a straight line XX connecting the centers of the hooks 7b and 7c substantially contact the arcuate bottoms recessed inside the sides 1a and 1c. Is set to
Here, substantially contacting means that the sides 1a, 1b, 1c, and 1d of the wiping and anti-smudge protector 10 are bent straight toward the center when bent toward the center. When there is a recess, two opposing sides come into contact with each other, and when the recess is shallower than that, the two opposing sides come into bullet contact.
The four corners of the design surface fabric 1 on the front side of the wiping and anti-smudge protector 10 are provided with reinforcing portions 9a, 9b, 9c, 9d on which cores that can withstand use of the hooks 7a, 7b, 7c, 7d are formed. It has become.

With such a configuration, for example, as shown in FIG. 4 (a), the design surface fabric 1 on the hook 7d side is bent (arrow R1) to a substantially central portion in the width direction (left and right direction), and the hook 7d on the back surface side. The concave part 7dh is brought out to the surface side. Then, the design surface fabric 1 on the side of the hook 7a is folded to substantially the center (arrow R2), the convex part 7ag of the hook 7a on the front side is overlapped with the concave part 7dh of the hook 7d, and the design of the hook 7a is engaged. The part 7af is exposed to the surface side.
Moreover, as shown in FIG.4 (b), it folds to the approximate center part of the design surface fabric 1 by the side of the hook 7b (arrow R3), and the concave part 7bh of the hook 7b in a back surface side is taken out to the surface side. Then, the design surface fabric 1 on the side of the hook 7c is folded to substantially the center (arrow R4), the convex part 7cg of the hook 7c on the front side is overlapped with the concave part 7bh of the hook 7b, and the design of the hook 7c is engaged. The part 7cf is exposed on the surface as shown in FIG.

Thus, the shoulder belt cover 10 of the present embodiment is attached to the shoulder belt 150 such as a baby carrier and fixed by joining the hooks 7a and 7d and joining the hooks 7b and 7c. Is possible.
On the other hand, as shown in FIG. 5, the design surface fabric 1 on the hook 7d side is bent to the approximate center in the vertical width direction (vertical direction) (arrow R5), and the concave part 7dh of the hook 7d on the back side is turned to the front side. put out. Then, the design surface fabric 1 on the side of the hook 7c is bent to a substantially central portion in the longitudinal width direction (arrow R6), and the convex part 7cg of the hook 7c on the front side is overlapped with the concave part 7bh of the hook 7d. The design part 7cf of 7c is exposed on the surface.

Further, the design surface fabric 1 on the side of the hook 7b is bent to a substantially central portion in the longitudinal width direction (arrow R6), and the recessed part 7bh of the hook 7b on the back side is brought out to the front side. Then, the design surface fabric 1 on the side of the hook 7a is folded to substantially the center in the longitudinal direction (arrow R5), and the convex part 7ag of the hook 7a on the front side is overlapped with the concave part 7bh of the hook 7b, and is engaged. The design part 7af of the hook 7a is exposed on the surface.
Even in this case, the shoulder belt cover 10 of the present embodiment is attached to the shoulder belt 150 such as a baby carrier and fixed in its state by joining the hooks 7a and 7b and the hooks 7c and 7d. Make it possible.

Here, the baby carrier 100 will be described as an example of an infant tool and device to which the wiping and antifouling protector 10 of Examples 1 to 4 is attached.
First, a schematic configuration of the baby carrier 100 will be described with reference to FIGS.
When the infant B shown in FIG. 7 and FIG. 8 faces the user (carrying person) M face-to-face, or the face of the infant B faces the back of the user (carrying person) M In some cases (see FIG. 9), the inner cloth part 110 and the outer cloth part 120 are applied to the back side of the body of the infant B in a state where the inner cloth part 110 and the outer cloth part 120 are integrally laminated, and the belt 131 of the waist belt part 130 is used by the user (carrying person). It arrange | positions to the waist | hip | loat of M and the connection insertion tool 132 and the connection receptacle 133 are connected and engaged. In this state, either one of the left and right shoulder belts 150 is put on the shoulder, and the infant B is seated with the buttocks in the vicinity of the leg guide port 112 of the inner cloth portion 110 with the user (carrying person) M side as the front, When the other one of the left and right shoulder belts 150 is put on the shoulder at the position, the infant B is held in a mutually facing manner (see FIGS. 7 and 8) or the face of the infant B is placed on the back of the user (carrying person) M. You can ride (see FIG. 10).

  Also, when the infant B and the user (carrying person) M are holding in the forward direction facing the same direction (see FIG. 9), or when the infant B is facing back to the user (carrying person) M (see FIG. 9). 11), the outer cloth portion 120 is stored in the storage portion 140, and the belt 131 of the waist belt portion 130 is arranged on the waist of the user (carrying person) M to connect the connection plug 132 and the connection receiver 131. Are engaged with each other. Here, one of the left and right shoulder belts 150 is put on the shoulder, and in this state, the infant B is seated with the legs out of the leg guide port 112 of the inner cloth portion 110 with the user (holding person) M side as the back. Then, when the other one of the left and right shoulder belts 150 is put on the shoulder, the infant B is held in the same direction as the user (carrying person) M (see FIG. 9) or the infant B is held by the user (holding). The owner can ride in a direction opposite to M (see FIG. 11).

  Thus, in the wiping and anti-smudge protector 10 of the present embodiment, two sides in the left-right direction (side 1b and side 1d) as shown in FIGS. 2 and 3, or two sides in the up-down direction as shown in FIG. Hook 7a as a joint 7 by bending two sides (side 1a and side 1c or side 1b and side 1d) facing each other in two patterns (side 1a and side 1c) to a substantially central portion of the design surface fabric 1 , 7b, 7c, and 7d, the dimensions that can be attached to the shoulder belt 150 can be set to two types by joining the ends facing each other.

The wiping / dirt prevention protector 10 of the third embodiment includes a hook 7a as a joint 7 composed of concave parts 7bh and 7dh as female members that can be joined and separated and convex parts 7ag and 7cg as male members. 7b, 7c, and 7d are attached to the pair of shoulder belts 150 worn around the shoulder of the user M so as to cover the periphery of the arbitrary position.
In particular, the wiping and anti-smudge protector 10 of the third embodiment has a concave arc inward at the center of all sides 1a, 1b, 1c, 1d, and has two sides 1a, 1c, 1b, 1d facing each other. The hooks 7a, 7b, 7c, and 7d, which have a substantially rectangular shape with four sides having the same length, are adjacent to each other on both sides of the design surface fabric 1, and have two sides 1a and 1b, 1b and 1c and 1c. 1d, 1d and 1a formed by intersecting, the engaging side consisting of concave parts 7bh, 7dh as female members and convex parts 7ag, 7cg as male members provided at the opposing two corners, and other The design side which consists of the design parts 7af, 7bf, 7cf, 7df provided in the two corners which oppose is formed, respectively.

Therefore, the design part (any one of 7af, 7bf, 7cf) which is the design side of one joint 7 is put inside, and the engagement side (convex part 7ag, concave part) of the joint on the same side on the surface side. 7bh, convex part 7cg, or concave part 7dh) are overlapped and engaged, and the design part (7af, 7bf, 7cf, 7df) that is the design side of the joint on the opposite side is put inside By attaching the engagement side (any one of the convex part 7ag, the concave part 7bh, the convex part 7cg, and the concave part 7dh) on the same side to the surface side, it can be attached to the shoulder belt 150.
At this time, the design part (any one of 7af, 7bf, 7cf) which is the design side of the connector 7 is provided on the inner surface (inner surface) of the wiping and anti-smudge protector 10 that contacts the attached shoulder belt 150. Since it is located, the shoulder belt 150 side is not damaged. Furthermore, since the design part (any one of 7af, 7bf, 7cf) on the outer side (outer surface) of the shoulder belt 150 is also positioned, the infant's lips and tongue are not injured. .

  Furthermore, according to the wiping and antifouling protector 10 of the first and third embodiments, as described above, the two sides facing each other in the two patterns of the side 1a and side 1c side or the side 1b and side 1d side are arranged. By connecting the concave parts 7bh, the concave parts 7bh, the convex parts 7ag, and the convex parts 7cg as the joint 7 in an overlapping manner, the opposite ends can be joined and attached to the shoulder belt 150. The dimension that can be attached to the shoulder belt 150 can be set to two types. Since there are two types of attachment options corresponding to the circumference (belt width) dimension of the shoulder belt 150, it is possible to attach by selecting a length that approximates the circumference of the shoulder belt 150. It is possible to improve the fit and prevent the shift after the movement of the user or the like after the mounting, thereby stabilizing the mounting.

In addition, the front surface and the back surface of the design surface fabric 1 and the design surface fabric 11 used for the wiping and antifouling protector 10 of Example 1 are for simplifying the description, and the front side in the figure is the front surface and the back side is the back surface. It is not specified.
Further, in the above description, in FIGS. 4 and 5, the back side of the main body cloth 1 is exposed to the front side by bending in the directions of arrows R1 to R6, and the front side opposite to the back side is inside and becomes the inner side. However, the wiping and antifouling protector 10 is reversible, and the front side of the main body cloth 1 is exposed to the surface by bending in the direction opposite to the directions of the arrows R1 to R6, and is opposite to the front side. Reversible use can also be made such that the back side is the inside.

Moreover, when implementing this invention, it can also provide not only near the said hooks 7a and 7c but the center part of the design surface fabric 1 and the design surface fabric 11, for example. However, in terms of design, the user wears the shoulder belt 150 by providing it on the four corners 9a, 9b, 9c, 9d of the design surface fabric 1 and the design surface fabric 11 near the hooks 7a, 7b, 7c, 7d. In this state, the hooks 7a, 7b, 7c, and 7d side of the wiping and dirt prevention protector 10 attached to the shoulder belt 150 are arranged on the user side of the shoulder belt 150 (see FIG. 6). Because it can be hidden without the knowledge of a third party, it looks good.
It is preferable that the aspect ratio of the wiping and anti-smudge protector 10 of the first to third embodiments is 1: 1 to 3: 1, and the hooks 7a, 7b, 7c, and 7d as the joint 7 are provided at the four corners. Preferably, when the aspect ratio is 2: 1 to 3: 1, it is desirable to dispose one pair (two) of joints 7 such as hooks in the middle of a long distance.

In the first and third embodiments, hooks 7a, 7b, 7c, and 7d are used as the joints 7, so that the wiping and antifouling protector 10 can be attached to and removed from any position of the shoulder belt 150. Is also easy. In addition, lint etc. are not wound around the laundries during washing as in the case of adhesive cloth 8a, 8b, 8c, 8d such as hook-and-loop fasteners (magic tape (registered trademark)). Does not become easy to come off.
In the case of carrying out the present invention, the present invention is not limited to the hooks 7a, 7b, 7c, 7d. For example, adhesion of dot buttons, buttons and button holes, snap buttons, hook-and-loop fasteners (magic tape (registered trademark)), etc. It is also possible to use cloth, fasteners and the like.

[Matters common to Examples and Embodiments]
Here, the wiping and dirt preventing protector 10 according to the present embodiment will be described with reference to FIGS.
Here, an example to be described is one in which the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11 are overlapped and sewn by piping 4 in the stacked state. However, in the case of carrying out the present invention, the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the uneven fabric 6 are not basically different from the piping 4 in which the periphery is sewn. Therefore, in the individual case, only the former explanation.

  In the wiping and dirt prevention protector 10 according to the third embodiment, core materials that can withstand the use of the hooks 7a, 7b, 7c, and 7d are formed at the four corners of the design surface fabric 1 or the design surface fabric 11. The rectangular reinforcing portions 9a, 9b, 9c, 9d, which are separate cloths, are sewn. Here, it is formed with a material different from the design surface fabric 1 in favor of ease of use. However, when the present invention is carried out, the design surface fabric 1 and the design are prioritized in terms of ease of washing. It can be formed of the same material as the face fabric 11 or can be formed of a separate member.

  The centers of the hooks 7a, 7b, 7c, and 7d are such that a straight line connecting the centers of the hooks 7a and 7b and a straight line YY connecting the centers of the hooks 7c and 7d substantially contact the sides 1b and 1d. Is set. A straight line XX connecting the centers of the hooks 7a and 7d and a straight line XX connecting the centers of the hooks 7b and 7c are set so as to substantially contact the sides 1a and 1c. Here, when the side is outside the straight line position on the hook, the end portions of the design face cloth 1 are overlapped, and the side is inside the straight line position on the hook. Since a gap is formed between two opposing sides, it is desirable that the two opposing sides be in bullet contact.

  With such a configuration, for example, as shown in FIGS. 5A and 5B, the design surface fabric 1 on the hook 7 d side is bent to a substantially central portion in the width direction (left-right direction) of the design surface fabric 11, and the back surface The recessed part 7dh of the hook 7d on the side is brought out to the surface side. Then, the main body cloth 1 on the hook 7a side is folded to a substantially central portion in the width direction of the main body cloth 1, and the convex part 7ag of the hook 7a on the front side is overlapped with and engaged with the concave part 7dh of the hook 7d. The design part 7af of 7a is exposed to the surface side.

In this way, the wiping and antifouling protector 10 according to the first to third embodiments includes the hook 7a and the hook 7d as the bonding tool 7, the bonding of the adhesive cloth 8a and the bonding cloth 8d as the bonding tool 8, and the bonding tool. 7 is attached to a shoulder belt 150 such as a baby carrier shown in FIGS. 7 to 11 by fixing the hook 7b and the hook 7c as 7 and the adhesive cloth 8b and the adhesive cloth 8c as the connector 8 to fix the state. Make it possible.
Further, the shoulder belt 150 of the baby cart 200 shown in FIG. 12 and a child seat (not shown) can be attached in the same manner as the baby carrier 100.
As described above, the wiping and dirt preventing protector 10 of the present embodiment includes the hook 7a and the hook 7d as the joint 7, the joint between the adhesive cloth 8a and the adhesive cloth 8d as the joint 8, and the joint 7 By joining the hooks 7b and 7c as the joints and the adhesive cloth 8b and the adhesive cloth 8c as the jointing tool 8, it is possible to fix the state by attaching to the shoulder belt 150 such as a baby carrier.

At this time, in the wiping and antifouling protector 10 according to the first to third embodiments, as shown in FIGS. 4 to 5, two horizontal sides (side 1b and side 1d) or a vertical direction as shown in FIG. In two patterns of two sides (side 1a and side 1c), two opposite sides (side 1a and side 1c or side 1b and side 1d) are bent to a substantially central portion of the design face cloth 1 to obtain a joint 7 By joining the end portions facing each other by the hooks 7a, 7b, 7c, and 7d, two types of dimensions that can be attached to the shoulder belt 150 can be set. If necessary, the wiping and antifouling protector 10 can be attached along the length of the shoulder belt 150.
Therefore, for example, any of the design parts (7af, 7bf, 7cf, 7df) which are the design side of the connector 7 is formed on the inner surface (inner surface) of the wiping / stain prevention protector 10 that contacts the attached shoulder belt 150. ) Is located, the shoulder belt 150 side is not damaged. Furthermore, since the design part (any one of 7af, 7bf, 7cf, 7df) on the outer side (outer surface) of the wiping / dirt prevention protector 10 is also located, the lips and tongue of the infant Will not injure you. The same applies to the connector 8.
Further, in the wiping / stain prevention protector 10 wound around the shoulder belt 150, the design parts 7af, 7bf, 7cf, 7df which are the design side of the connector 7 may be on the exposed side or on the anti-exposed side.

  In particular, the wiping and antifouling protector 10 according to the third embodiment has an arc shape in which the central portions of the side 1a and the side 1c facing each other are convex outward, the side 1b and the side 1d are straight, and the two facing each other. Adhesive fabrics 8a and 8b, which have a substantially rectangular shape having four sides with sides 1a and 1c, 1b and 1d having the same length, and made of loop parts as female members of the connector 8, are on one side of the front and back surfaces. The adhesive cloths 8c and 8d made of hook parts as male members are provided at the other end in the horizontal direction on the other surface.

  As described above, the wiping and antifouling protector 10 according to the third embodiment has a simple configuration, and thus can be easily manufactured and reduced in cost. Further, the two opposite sides 1b and 1d are brought close to each other, and the adhesive cloths 8a and 8b made of loop parts as female members of the connector 8 and the adhesive cloths 8c and 8d made of hook parts as male members are overlapped and engaged. Then, it can be attached to the shoulder belt 150 by a simple attachment operation for joining the left and right ends, and the inner surface (inner surface) of the wiping and antifouling protector 10 that contacts the attached shoulder belt 150 and the wiping wipe On the outer surface (outer surface) of the anti-stain protector 10, there are no adhesive cloths 8 a and 8 b made of loop parts as female members of the connector 8 and adhesive cloths 8 c and 8 d made of hook parts as male members. Therefore, the shoulder belt 150 side is not damaged, and the lips and tongue of the infant are not injured.

Furthermore, in the wiping and dirt prevention protector 10 of the third embodiment, the adhesive cloths 8a and 8b made of loop parts are arranged so that the longitudinal width direction (vertical direction) of the design surface fabric 1 is the long side. The adhesive cloths 8c and 8d made of hook parts are disposed so that the horizontal direction (left and right direction) of the design surface fabric 1 is the long side, so that the adhesive cloth 8a and the adhesive cloth 8d are joined. Or the dimension which can be absorbed by joining with the adhesive cloth 8b and the adhesive cloth 8c is enlarged.
In addition, the design surface fabric 1 and the design surface fabric 11 have arcuate shapes in which the central portions of the sides 1a and 1c facing each other are convex outward, and the sides 1a and 1c facing each other are linear. In comparison, the dimension that can be absorbed by the bonding of the adhesive cloths 8a, 8b, 8c, and 8d increases.
Therefore, according to the wiping and anti-smudge protector 10, it is possible to wrap around the shoulder belt 150 by adjusting the engagement position between the adhesive cloths, and improve the fit to the shoulder belt 150. Thus, it is possible to prevent the shift from occurring following the movement of the user or the like after the mounting, and to stabilize the mounting.
Moreover, as the wiping and dirt preventing protector 10, it is preferable to use a material having antibacterial and deodorizing properties.

  Further, the wiping and dirt prevention protector 10 of the above embodiment has a ratio of the length of the design surface fabric 1 and the design surface fabric 11 because of ease of use when attached to the shoulder belt 150 or a variety of uses. The size ratio is preferably 1 to 4 times the length of the width of the front and back of the shoulder belt 150. If the ratio is within the range, there is a change in size in relation to the size of the components of the baby equipment and equipment in the living environment that the baby carrier, baby cart, child seat, etc. touch in normal use conditions. Also, it is possible to cope with two kinds of dimensions, and a stable attachment state to the shoulder belt 150 is possible.

[Summary of embodiment]
Next, how the wiping and antifouling protector 10 is attached to the baby carrier 100 will be described.
First, when attaching to the shoulder belt 150, the length (length width) approximate to the circumference of the shoulder belt 150 of the baby carrier 100 is set to the width or length of the design surface fabric 1 and the design surface fabric 11 of the shoulder belt 150. And place it wherever you want the left and right shoulder belts 150 of the baby carrier 100 to be attached. Since the self-weight of the wiping and anti-smudge protector 10 of the present embodiment is light, the pair of hooks 7a and the hooks 7d as the connector 7 and the adhesive cloth 8a and the adhesive cloth 8d side, for example, are not dropped naturally. But it stops at the position where it was installed.
Here, for example, if the lengths of the side 1a and the side 1c are longer than the circumferential length of the shoulder belt 150 and approximate, the side 1a and the side 1c intersect the shoulder belt 150 at a right angle, 2 (b), 3 (b), and 5 (b), the design face fabric 1 side of the hook 7d or the adhesive cloth 8d is bent to the approximate center of the shoulder belt 150, and is on the back side. The hook 7d or the adhesive cloth 8d is put out on the surface side, and the hook 7a or the adhesive cloth 8a is bent to the substantially center portion of the shoulder belt 150, and the hook 7a or the adhesive cloth 8a on the surface side is overlapped with the hook 7d and engaged. Then, the design part 7af of the hook 7a is exposed on the surface. Next, the design surface fabric 1 on the side of the hook 7b or the adhesive cloth 8b is bent to a substantially central portion of the shoulder belt 150, and the hook 7b or the adhesive cloth 8b on the back side is taken out to the front side, and the hook 7c or the adhesive cloth is provided there. The design surface fabric 1 on the 8c side is folded to substantially the center of the shoulder belt 150, and the hook 7c or the adhesive cloth 8c on the surface side is overlapped with the hook 7b or the adhesive cloth 8b to expose the hook 7c on the surface.

Thus, as shown in FIGS. 2 to 5, the wiping / stain prevention protector 10 is attached to the shoulder belt 150, the hook 7a and the hook 7d, the bonding cloth 8a and the bonding cloth 8d are joined, and the hook 7b and the hook 7c. By bonding the adhesive cloth 8b and the adhesive cloth 8c, the wiping and anti-smudge protector 10 can be attached to the shoulder belt 150 and the state can be fixed.
In particular, in the wiping and dirt prevention protector 10 of the present embodiment, two patterns of two sides in the left and right direction (side 1b and side 1d) or two sides in the up and down direction (side 1a and side 1c) face each other. Two sides (side 1a and side 1c or side 1b and side 1d) are brought close to each other at a substantially central portion of the shoulder belt 150, and the hooks 7a, 7b, 7c, 7d as the joint 7 or the adhesive cloth 8a as the joint 8 are provided. 8b, 8c, and 8d can be connected to the shoulder belt 150 by joining ends facing each other, so that two types of dimensions can be set. And side 1c side or side 1b and side 1d side. Since there are two types of attachment options corresponding to the circumference (belt width) dimension of the shoulder belt 150, it is possible to attach the shoulder belt 150 by selecting a length that approximates the circumference of the shoulder belt 150. It is possible to improve the fit to the body and to prevent the occurrence of displacement following the movement of the user or the like after installation, and to stabilize the installation.

Further, in the wiping and anti-smudge protector 10 according to the above embodiment, the thin synthetic resin material 2 that independently generates a crushing sound is provided on the shoulder belt 150 as shown in FIGS. 2 to 5. Can be composed of different thin plates.
That is, the synthetic resin thin material 2 that generates a squeaky sound by itself by directly, indirectly touching, grasping, or pulling without using the collision of two objects having a large mass. The sound can be combined according to the thickness of the resin. Although both cannot generate sound at the same time, they can understand the difference in stimulus that is touched, gripped, or pulled by changing the frequency of the generated sound.

The substantially rectangular shapes of the design surface fabric 1, the design surface fabric 11, and the like are one or more times the width of the shoulder belt 150. One side of the wiping and anti-smudge protector 10 is one to four times the other side, and can usually be used within that range. For example, a shoulder belt along the shoulder belt 150 or the like Since it can be arranged in a length four times the width of 150, it can be used as a wiping protector for shoulder belts as well as an anti-stain protector in addition to toys for infants.
In particular, the wiping and anti-smudge protector is often disposed on the shoulder belt 150. However, the width of the shoulder belt is at least four times that of the shoulder belt. It can be fastened, or it can be attached to only one of the shoulder belts with a joint 7 or 8 on one side, or it can be attached to another component.

Although the wiping and dirt prevention protector 10 of the above embodiment has been described on the assumption that it is attached to infant tools or equipment such as baby carriers, baby carts, child seats, etc., it can also be attached to an infant's arm.
Moreover, the wiping / stain prevention protector 10 of the above embodiment includes the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the design surface fabric 11, as shown in the example of FIG. Piping 4, which is sewn around, and composed of a joint member 7 or joint member 8 comprising a male member and a female member separable from the joints disposed at the corners, or a design as in the case of FIG. Surface fabric 1, synthetic resin thin material 2, vibration-acceptable material 3, and uneven fabric 6 in which peaks and valleys are formed perpendicular to the surface direction of the front or back surface, piping 4 stacked and sewn around, and arranged at the four corners Although it is comprised from the joining tool 7 which consists of the provided male member and female member which can be separated, the synthetic resin thin material 2 or the vibration permissible material 3 can be made into multiple pieces.

In the wiping and antifouling protector 10 of the above-described embodiment, the substantially rectangular shape has a width of the shoulder belt as one width and a length perpendicular to the width of the shoulder belt as 1 to 4 times. The shoulder belt 150 may be wound with a long width or a short width.
And since the synthetic resin thin material 2 which generates a rustling sound by moving the front surface or the back surface is intended to make a sound, it can be configured such that a whistle is attached to a self-recovering pump.

In particular, the wiping and dirt preventing protector of the present embodiment includes a design surface fabric 1 including a gauze fabric made of cotton arranged to face the front and back of a rectangular shape that prevents ultraviolet light from entering and expresses design properties; The synthetic resin thin material 2 that generates the crushing sound by moving the front or back surface, and the vibration including the gauze fabric that allows the generation of the sound by the synthetic resin thin material 2 and does not reduce the vibration of the crushing sound. Arranged under the permissible material 3, the design surface fabric 1 formed in the table, the synthetic resin thin material 2 disposed under the permissible material 3, the permissible vibration material 3 disposed under the permissible material 3, and the permissible vibration material 3 The piping 4 which laminated | stacked the design surface cloth 11 containing the gauze cloth which consists of cotton formed in the back, and sewn the circumference | surroundings, the design surface cloth 1 formed in the table | surface, the synthetic resin thin material 2, and the vibration permissible material 3 Formed on the back of it Repeated design fabric 11, and and a joining member 7 consisting of four corners universal joint and separation disposed on male and female members.
Here, the vibration-allowable material 3 including the gauze fabric and the design surface fabric 11 including the gauze fabric can be a single or double or triple gauze fabric.

  In addition, the wiping and anti-smudge protector of the present embodiment prevents the invasion of ultraviolet rays and moves the design surface fabric 1 such as a rectangular gauze fabric that expresses design properties, and the front or back surface alone. Synthetic resin thin material 2 that generates crushing sound, vibration-allowable material 3 that includes gauze fabric that allows generation of sound by synthetic resin thin material 2 and does not reduce vibration of crushing sound, and in the surface direction of the front or back surface Convex and concave fabric 6 in which peaks and valleys are vertically formed, stacking of design surface fabric 1, synthetic resin thin material 2, vibration-allowable material 3, and concave and convex fabric 6, and piping 4 sewn around them The joint surface 7 having a separable male member and a female member disposed at the four corners where the design surface fabric 1, the synthetic resin thin material 2, the vibration-allowable material 3, and the uneven fabric 6 are stacked. It has That.

And the synthetic resin thin material 2 that generates the crushing sound of the wiping and anti-smudge protector of the present embodiment can be composed of a plurality of thin plates having different thicknesses. The sound may be emitted by contact with a soft member.
Furthermore, the design surface fabrics 1 and 11 expressing design properties may be double gauze fabrics or knit made of cotton.

And the cloth | flour which arrange | positioned the antibacterial material is arrange | positioned on the single side | surface or both surfaces of the synthetic resin thin material 2 of the wiping and dirt prevention protector of this Embodiment. Other antibacterial materials include silver, copper, zinc salts or oxides such as silver-based inorganic antibacterial agents supported on various carriers, zeolites, silica gels, glasses, calcium phosphates, etc. It is preferable to use a powder impregnated with the powder.
In addition, the synthetic resin thin material 2 of the wiping and anti-stain protector of the present embodiment may include a synthetic resin thin material 2 made of resin as an antibacterial material.

DESCRIPTION OF SYMBOLS 1 Front-side design surface cloth 2 Synthetic resin thin material 3 Vibration-allowable material 4 Piping 5 Sewing thread 6 Uneven structure cloth 7a, 7b, 7c, 7d Hook (joint 7)
7af, 7bf, 7cf, 7df Design parts 7ag, 7cg Convex parts (male member)
7bh, 7dh concave parts (female member)
8a, 8b, 8c, 8d Adhesive cloth (joint 8)
10 Wipe and anti-stain protector 11 Design fabric on the back side M User B Infant 100 Baby carrier 150 Shoulder belt

Claims (7)

A design surface fabric arranged to face the front and back of the rectangular shape that prevents the invasion of ultraviolet rays and expresses design properties,
By moving the front or back surface, a synthetic resin thin material that generates a rustling sound,
A vibration-allowable material that allows generation of sound by the synthetic resin thin material and does not reduce vibration of the crushing sound,
The design surface fabric formed in the table, the synthetic resin thin material disposed under the fabric, the vibration-allowable material disposed under the synthetic resin thin material, and disposed under the vibration-allowable material. The piping which the design surface cloth formed in the back which was done is laminated, and the circumference is sewn,
The design surface fabric formed in the table, the synthetic resin thin material, the vibration-allowable material, and the design fabric formed on the back side are overlapped, and consist of a male member and a female member that can be separated and joined at four corners. A wiping and anti-smudge protector comprising a bonding tool. A rectangular design surface fabric that prevents the invasion of ultraviolet rays and expresses design properties;
By moving the front or back surface, a synthetic resin thin material that generates a rustling sound by itself,
A vibration-allowable material that allows generation of sound by the synthetic resin thin material and does not reduce vibration of the crushing sound,
An uneven fabric formed with peaks and valleys perpendicular to the surface direction of the front surface or back surface;
Stacking of the design surface fabric, the synthetic resin thin material, and the vibration-allowable material, and the uneven fabric, piping that sewed around them,
The design surface fabric, the synthetic resin thin material, the vibration-acceptable material, and a joint composed of a male member and a female member that are separable and separable provided at the four corners of the concave and convex fabric. Characteristic wiping and anti-smudge protector.   The wiping and antifouling protector according to claim 1 or 2, wherein the synthetic resin thin material that generates the crushing sound is formed of a plurality of thin plates having different thicknesses.   The wiping and anti-smudge protector according to any one of claims 1 to 3, wherein the substantially rectangular shape is not less than 1 and not more than 4 times the width of the shoulder belt.   The wiping and anti-smudge protector according to any one of claims 1 to 4, wherein the design surface fabric expressing the design property is a double gauze fabric or knit made of cotton.   The wiping and antifouling protector according to any one of claims 1 to 5, wherein a cloth on which an antibacterial material is disposed is disposed on one surface or both surfaces of the synthetic resin thin material.   The wiping and antifouling protector according to any one of claims 1 to 6, wherein the synthetic resin thin material includes an antibacterial material.

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